EASA Module 13 All Q&As

8/2/2019 EASA Module 13 All Q&As

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331. A series actuator in a helicopter autopilot system hasa ) f u l l au t ho r i t yb) 50% au t h o r i ty # c ) 10% au t h o r i t y 332. S ta l l war n in g wi ll be g iven # a ) be fo r e s t a l l b) a f t e r s t a l l c) a t s t a l l 3 3 3 . W it h o n -b o a r d m a i n t e n a n c e ( OB M ) sy st e m s , t h e p u r p o s e o f c e n t r a l

m a i n t en an ce fun c t ion ( CM F) is t o # a ) l o g r e l e va n t m a i n t e n a n c e d a t a b ) t r a n s m it s t o t h e C M Cc) pro vides d e ta i l s of de fec t ac t ion 3 3 4 . H o w a r e s p o i le r s n o r m a l ly o p e r a t e d ? # a ) H y d r a u l ic a c tu a t o r b) Air p i s t ons c ) E lec t r i ca l m o t o r s 335 . The pu r p os e o f a f o r ce t r i m r e l ea s e s ys t em i n an h e l icop t e r i s t o pe r m i t the # a ) p i l o t t o m ove t he cyc li c s t i ck t o ob t a i n de s i r ed new a t t i t ude wi t hou t ha v ing t om a i n t a i n t he opp os i ng f o r ce s o f t he a r t i fi ci a l fe e l s ys t em f o r ce s b) p i l o t t o m ove t he co l l e ct i ve t o ob t a i n a p ower chan ge c ) app r op r i a t e cyc li c a c t ua t o r t o be ove r power ed 336 . A d if fe r en t i a l r e l ay in a t wi n gene r a t o r s y s t em wi ll caus e a ) o n l y o n e g e n e r a t o r c a n s u p p l y a b u s b a r a t a t im e b ) o n e g e n e r a t o r a l w a ys c o m e s o n l in e b e f o r e t h e o t h e r # c ) t he gene r a t o r vo l t ages a r e n ea r l y equ a l be fo r e t h ey a r e pa r a l le l ed Page 38 - Mod 13 337. Dis t i ll ed o r dem i ne r a l is ed wa t e r w ou l d be add ed t o an a l ka l ine ba t t e r y a ) i n t he a i r c r a f t b) wh en t he b a t t e r y i s fu l l y cha r ged # c ) in t h e c h a r g in g r o o m o n l y


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3 3 8 . W h e n r e m o v in g t h e lo a d fr o m a c u r r e n t tr a n s fo r m e r # a ) s h o r t t h e t e r m i n a l sb ) p l a ce a r e s is t o r a c r o s s e a c h t e r m i n a l c ) l e ave t he t e r m i na l s open 339 . W i ng s t e ady l igh t m us t b e v is i b le t h r ough a ) 70 d eg r ee s # b ) 110 deg r ee s c ) 180 deg r ee s 3 4 0 . O n AC gr o u n d p o w e r t h e i n t e r l o ck s y s te m i s o p e r a t e d b y p i n s a ) a a n d b b ) c a n d d # c ) e a n d f 341. W h en p a r a l le l in g t wo AC gene r a t o r s # a ) i t is im p o r t a n t t h a t t h e y a r e i n p h a s e , a n d s h o u l d b e b r o u g h t o n i n s e q u e n c e

ABCb ) it i s im p o r t a n t t h a t t h e y a r e i n p h a s e , a n d c a n b e b r o u g h t o n i n e i t h e r A BC o r CB Ac ) t h e y d o n o t n e e d t o b e i n p h a s e 3 4 2 . Th e n e u t r a l s h i ft s e n s o r e n s u r e s t h a t # a ) a ft e r an au t o t r i m , t he e leva t o r i s m oved t o a l ign wi t h t he s t ab i l is e r b) a f t e r a m ach t r i m , t he s t ab i li s e r i s m oved t o a l i gn w i t h t he e l eva t o r c ) a ft e r a n a u t o t r i m , t he s t ab i li s e r i s m oved t o a l i gn w i t h t he e l eva t o r 343 . Ai le r on t o r u dd e r c r o s s f eed i s app l ied i n a u t op i lo t s y s t em s t o a ) a s s is t t h e a i r c r a f t b a c k t o d a t u m a ft e r d i st u r b a n c e in y a w b) p r even t s s l ip an d s k i d i n yaw # c ) p r even t s a i r c r a f t yawi ng i n t he opp os i t e d i r ec t i on t o t he t u r n 3 4 4 . St a n d o f f e r r o r s o n l oc a li s er a p p r o a c h a r e w a s h e d o u t b y a ) d i ff er en t i a t ing dev i a t ion s i gna l s b) i n t eg r a t i ng d ev ia t i on s i gna l s# c ) in t eg r a t i ng cou r s e e r r o r s i gna l s Page 39 - Mod 13


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3 4 5 . An o p e n c i r c u it i n t h e t e m p e r a t u r e b u l b a s u s e d i n t h e D C r a t i o m e t e r w o u ld

c a u s e a ) t h e p o in t e r t o r e a d z e r o b ) t h e p o i n t e r t o r e a d m id s c a le # c ) t he p o i n t e r t o r e ad f u l l s ca le 346 . The i n s t an t an eous VSI i s de s igned t o # a ) ove r com e t he i nh e r en t l ag by u t i li s ing an a cce l e r om e t e r b) u s e an acce le r om e t e r t o g ive a r a t e o f c li m b / d es cen t c ) i m p r ove t he VSI ou t pu t du r i ng acce le r a t i on g r e a t e r t h an 1g 347 . wi t h a cons t a n t t o r qu e app l ied t o a gy r os cope , t he r a t e o f p r ece s s i on wi ll a ) i n c r e a s e w it h a h i gh e r r o t o r s p e e d # b ) d e c r e a s e w i th a h i gh e r r o t o r s p e e d c ) d e cr e a s e w i t h a l o w e r r o t o r s p e e d 348 . A gyr os cope w i th a ve r t i c a l s p i n ax i s ha s t he r o l l t o r q ue m o t o r l oca t ed abou t

t he gy r os cope ' s a) l a te r a l ax is # b ) l ong it ud i na l ax is c) ver t ical axis 349 . The g li de s lope equ i pm en t ope r a t e s in t h e a ) H F b a n d # b ) U H F b a n d c ) VHF b an d 350 . The l o s s o f t he ve r t i c a l gy r o s i gna l t o a f l igh t d i r ec t o r s y s t em wou l d caus e a ) a ir c r a f t to u n d e r b a n k b ) a i r c r a f t t o o ve r b a n k # c ) a i r c r a f t t o r e m a i n i n l eve l fl igh t 351. I n a f l igh t d i r ec t o r s y s t em t h e r a d i o s i gna l ou t pu t s f r om t he n av iga t ion r ece i ve ra r e # a ) D Cb) ACc ) pu l s ed DC352 . Fue l quan t i t y t e s t s e t cons i s t s o f


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a ) r e s is t a n c e d e c a d e b) capac i t ance b r i dge c ) i ndu c t ance decade 353. EICAS pr ovides th e fo l lowin g a ) en g in e p a r a m e t e r s # b ) e n g in e p a r a m e t e r s a n d s ys t e m w a r n i n g s c ) e n g in e w a r n i n g s a n d e n g i n e p a r a m e t e r s Page 40 - M od 13 354 . The s t ab i li s e r i s s e t t o h i gh s e t t ing wh en # a ) t h e f la p s a r e m o vi n g d o w n b) t he f lap a r e m ov in g up c ) th e f la p a r e m o v in g u p o r d o w n 355 . An a u t o l an d s ys t em d i s p lays Lan d 2 an o t he r f a il u r e wi l l m ake t h e s y s tem a ) o p e r a t i o n a l b) pas s ive # c ) s i m p l ex356 . DSR TK ( de s i r ed t r a ck ) m ean s # a ) t h e b e a r i n g t o ca p t u r e t h e t r a c k b) a g r ea t c ir c l e pa t h on s u r f ace o f e a r t h conn ec t ing t wo way po i n t s c ) d i s t ance l e ft o r r i gh t f r om des i r ed t r a ck 357. I n h e l icop t e r Al t Ho l d u s e s a s i gna l f r om # a ) t h e b a r o m e t r i c a l t ca p s u l e b ) a r a d a l t o u t p u t c ) a r a d a l t o r c a p s u l e o u t p u t d e p e n d o n h e ig h t 358 . I n a dop p l e r VOR t he 30 Hz r e f e r ence s i gna l is a ) FM M odu l a t ed # b ) AM M odu l a t ed c ) m o d u l a t e d w it h a 9 9 6 0 H z 3 5 9 . On a i r c r a ft a n a u t o l a n d d u r i n g a u t o f la r e t h e a u t o t h r o t t l e w il l# a ) r e t a r d t h e t h r o t t le b ) r e v er s e t h r u s t


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c ) con t r o l t h r o t t l e fo r a I AS360 . If an FM s igna l m o du l a t ed by an au d i o s igna l t he f r equen cy o f t he au d i o wou l d

r e l a t e t o t h e a ) a m p l it u d e b ) f r e q u e n c y# c ) r a t e o f fr eq uen cy chan ge 361. The n o r m a l ax is on a he l i cop t e r i s # a ) s t r a i gh t d o w n t h e r o t o r h e a d b ) a t 9 0 o to th e C of G c ) a t 90 o t o t h e r o t o r h e a d 362 . On a H F r ad i o s e t t he c la r i fi e r con t r o l is u s ed # a ) t o a d j u s t t h e r e in s e r t e d c a r r i e r d u e t o i n s t a b i lit y in t h e R X b ) m a k e t h e a u d i o s i gn a l cle a r e r c ) a n A m e r i c a n is u m f or vo l u m e Pa ge 41 - Mod 13 363. A GPS aer ia l is po la r i sed a) ver t i ca l lyb) ho r i zon t a l ly# c ) r i gh t ha nd c i r cu l a r 3 6 4 . M a ch t r i m t h r e s h o l d a r e s e t b y t h e a) p i lo t b ) e n g in e e r u s in g a ir c r a f t m a i n t e n a n c e m a n u a l # c ) m a n u f a ct u r e 365 . An O r i ng i n a w ave gu i de i s u s ed t o a ) co r r ec t t he VSW R b) s t op a r c i ng be t ween t he wave gu i de # c ) st o p m o i st u r e e n t e r i n g t h e w a v e gu i d e 366 . An R M I r equ i r e s t he f o ll owing i npu t s : # a ) H e a d in g a n d r a d i o d e v ia t io n b) Cour s e and r ad i o dev ia t i on c ) Rad i o dev i a t ion on l y


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367 . The ve r s i ne s i gna l is u s ed i n t he # a ) p i t ch c h a n n e l o n l yb) r o l l chan ne l on l yc ) p it c h a n d r o l l c h a n n e l368 . Aft e r a ch ange i n co ll e ct ive p i t ch t he Ro t o r r p m wi ll r i s e an d f a ll . Th i s i s c a l led # a ) t r a n s ie n t d r o o p b) s t a t i c d r oop c ) u n d e r s w i n g 369 . Lo r an C Us es a) 16 KH z b ) 2 0 M h z # c ) 10 0 K h z 370 . The a m ou n t o f t r ave l o f a s e r i e s a c t ua t o r i s # a ) 5 0 % o f c o n t r o l m o v e m e n t b) 10% o f con t r o l m ovem en t c ) f u ll con t r o l m ovem en t 371. GPS Telem et r y cons i s t s of a ) w e e k n u m b e r a n d t i m e l a b el b) s a t e l li t e pos i t ion i n f o r m a t i on c ) 8 b i t s o f p r e a m b l e a n d p o s i ti on i n fo r m a t io n Page 4 2 - Mod 13 372 . Af t e r a chan ge in p i t ch o f a r o t o r b l ade t h e b l ade wi ll be a t m a x im um f lap a t # a ) 9 0 o b) 180 o c) 0 o 373 . Em er gency E lec t r on i c equ i pm en t i s app r oved bya ) A ir c r a f t M a in t e n a n c e M a n u a l # b ) J AR ( OPS) Mc) BCAR A4-8 374 . The r o t o r d i s c is # a ) t he d i s t ance be t ween t i p t o t ip


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b ) th e r o t o r h e a d h u b c ) th e g r o u n d c u s h i o n 375 . A DM E i s in a u t o s t an d b y when a ) t h e A TC t r a n s p o n d e r i s t r a n s m i tt in g # b ) t h e D M E r e c e iv es 2 0 0 - 3 0 0 p u l s e s a s e co n d c ) t he TCAS i s t r an s m i t t ing 376 . The a i r c r a f t is du e no r t h o f a VOR s t a t i on on a h ead i ng o f 90 o W h a t is a R M I

disp lay? a ) 9 0 o b ) 0 o # c) 180 o 377 . The f li gh t d i r ec t o r i s on a l oca l iz e r wh en t he r ad i o d ev ia t i on s i gna l i s lo s t t hea i r c r a f t wou l d a ) con t i n ue on f ly ing on t he l oca l iz e r # b) f ly par a l l e l to th e loca l izer c ) d r i ft o f f r om t he l oca li ze r on t he s am e head i ng 378 . Ca t -2 au t o l and DH l im i t s a r e # a ) b e lo w 2 0 0 f ee t b u t n o t l es s t h a n 10 0 ft b ) b e lo w 5 0 0 f ee t b u t n o t l e s s th a n 4 0 0 f t .c ) b el o w 3 0 0 fe e t a n d n o t l e s s th a n 2 0 0 ft .379 . Ca t -1 au t o l and DH l im i ts a r e a ) no t l e s s t han 100 f t . # b ) n o t le s s t h a n 2 0 0 f t .c ) be low 20 0 f t bu t n o t l e s s t han 100 f t. 380 . W hen GA i s in i t i a t ed? a ) Au t o t h r o t t l e d i s engages a t 200 0 f t / m i n r a t e an d wi ngs wi ll l eve l b) Au t o t h r o t t l e r e m a i ns en gaged a ll owing p i lo t t o con t r o l t he t h r o t t l e s# c ) Au t o t h r o t t le r em a i ns en gaged gi vi ng co r r ec t G/ A t h r us t Page 4 3 - Mod 13 381. The con t r o l l ing s i gna l in p i t ch cha nn e l in t h e F l a r e m ode a r e # a ) i n t e gr a t e d p it c h a n d r a d i o a lt it u d e .


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b) G/ S devi a t ion a nd r ad i o a l t it ud e . c ) in t eg r a t ed p i t ch an d G/ S dev i a t ion 382 . Ro l lou t gu i dan ce a ft e r t ou ch down i s by a ) a u t o m a t ic r u d d e r c o n t r o l a n d n o s e w h e e l s t e e r in g b) vi s ua l ind i ca t i on an d n os ewh ee l s t e e r i ng c ) vi s u a l in d ic a t io n a n d r u d d e r c o n t r o l 283 . Dur i ng au t o l and f a i lu r e o f on e chan n e l i s de t ect ed a ) a l l cha nn e l s wil l d i s conn ec t in t r i p l ex s ys t em . # b ) a l l chan ne l s wi ll d i s conn ec t in d u l pex s ys t em . c ) a ll chann e l s wil l d i s conn ec t in du a l -du a l s ys t em . 384 . I n t r i p lex au t o l and s ys tem f a il u r e o f one chan ne l wi ll a ) d i s con nec t a l l chan ne l s # b ) d i sc o n n e c t t h e fa i lu r e c h a n n e l a n d c o n t in u e a u t o l a n d a p p r o a c h c ) d i s co n n e ct t h e f a ilu r e c h a n n e l a n d c o n t in u e w i th a m a n u a l a p p r o a c h 285 . Dur i ng t he f la i r m ode t h e A/ T t h r o t t l e wil l# a ) r e t a r d t h r o t t le t o i d le .b) d is conn ec t au t o t h r o t t l e c ) s e lec t r eve r s e t h r us t . 3 8 6 . R o ll o u t m o d e o c c u r s # a ) a ft e r f la r e b) be f o r e f la r e c ) a t a l e r t he i gh t 287 . H i gh a nd l ow s igna l t o vo t e r a r e a ) ave r age b ) r e m o v ed c ) a d d e d 388 . Bas i c m on i to r i ng is fun c t ion o f a ) vo t i ng # b ) s ig n a l co m p a r i s o n c ) s ig n a l s u m m in g 3 8 9 . I n s e r i e s r u d d e r s ys t e m


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a ) t he p i l o t c ann o t i npu t t o t he s ys t em # b ) t h e p i lo t c an i npu t t o t he s y s tem c ) yaw d am pi ng i s on l y pos s ib l e s igna l i npu t Page 4 4 - Mod 133 9 0 . I f a p o i n t e r i s n o t c e n t r a l is e d o n a t r i m i n d i ca t o r s , i t m e a n s t h a t a ) t he i n d i ca t o r i s no t s e r v i ceab l e b) t he con t r o l s ys t em i s ou t o f tr i m c ) th e s y s te m is t r i m m e d 391. in p a r a l le l r u dd e r s y s t em , a ) t h e p il o t c a n i n p u t o n r u d d e r p e d a l s # b ) T h e r u d d e r p e d a ls m o ve in r e s p o n s e t o r u d d e r m o ve m e n t c ) Th e r u d d e r p e d a l s a r e d i s co n n e c te d 2 9 2 . Th e a i le r o n / r u d d e r s i gn a l i s d e m o d u l a t e d i n t h e r u d d e r c h a n n e l a m p l ifi er .

Th i s m ean s i t is a) ACb) DC# c ) DC ou t p u t wh os e po l a r i t y i s r e l a t ed t o t he ph as e o f AC i npu t 3 9 3 . An i n c r e a s e i n m a c h n u m b e r w i ll ca u s e t h e # a ) Co f P t o m o v e r e a r w a r d s g i vi n g le s s d o w n w a s h o n t h e t a i l p la n e b ) Co f P t o m o v e r e a r w a r d s g iv in g m o r e d o w n w a s h o n t h e t a i l p l a n e c ) Cof P t o m o ve fo r w a r ds g iv ing l e s s down was h on t h e t a i l p l ane 394 . I f one FM S f a il s in a d ue l s y s t em a ) s y s t em op e r a t i on wi l l no t b e a f fec t ed b) FMS CDU on fa i l s ide goes b lan k # c ) FM S d is p l ay t r an s f e r s au t om a t i ca ll y f r om s e r v i ceab l e com pu t e r 3 9 5 . T o ca r r y o u t F M S d a t a b a s e u p d a t e o n F M S # a ) u s e d a t a b a s e lo a d e r b ) in s e r t n e w E P R O M c ) in s e r t n e w d a t a o n CD U 396 . To know t he va l id da t abas e on FM S a ) p e r f o r m b i t e ch e c k


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# b ) c a ll up r e l evan t page on CDU c ) c a l l up r e l evan t cu r r e n t s t a t u s 397 . M agne t i c head i ng e r r o r s wi ll be # a ) pos i t ive if eas te r lyb) n ega t ive if eas te r lyc ) nega t i ve i f no r t h e r l y398 . W h a t wi ll ha ppen wi t h a f lux va lve in a t u r n ? a ) I t w il l m ove once t he a i r c r a f t is e s t ab l is hed on a new h ead i n g # b ) M ove a s t he a i r c r a f t m oves c ) St ay fi xed on m agne t i c no r t h Page 4 5 - Mod 133 9 9 . W h e n w i ll a m o d e C in t e r r o g a t io n b e i gn o r e d ? a ) W h e n t h e P 2 p u l se is h i gh e r a m p l it u d e t o P 1b ) W h e n t h e P 2 p u l se is a n t i p h a s e t o P 1c) I f P2 i s befor e P140 0 . A he li cop t e r a u t op i lo t u s e s # a ) r ad i o a l t it ud e fo r h e i gh t ho l d and ba r om e t r i c a lt i t ude fo r a l t i t ude ho l d b) ba r o m e t r i c a lt i tud e fo r h e i gh t ho l d and r ad i o a l t it ud e fo r a l t i t ude ho l d c ) ba r om e t r i c a lt it ud e fo r bo t h he i gh t and a l t it ud e ho l d 40 1. On a n I LS app r oach wh a t wi ll c aus e t he a i r c r a f t t o fl y on t o t h e beam ? a ) H e i gh t Dev ia t i on b) Rad i o dev ia t i on # c ) Cour s e dev i a t ion 4 0 2 . W h a t o f t h e f o llo w i n g m o d e s d o e s a a u t o p i lo t g o t h r o u g h i n c o r r e c t s e q u e n c e ? a ) F l a r e , a t t i t ude , r o l l ou t # b ) At t it ud e , f la r e , r o l l ou t c) Rol lou t , a t t i tud e , fl a re 4 0 3 . W h e n c a n o t h e r a u t o p i lo t m o d e s c a n b e s e le ct o n c e G o -Ar o u n d h a s b e e n

se lec ted? a ) W h e n a ir c r a f t h a s r e a c h e d 5 0 0 0 f t # b ) W h e n r e a c h e d a d e s i r e d a lt it u d e


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c ) Dis engage an d r een gage t he AFCS s ys t em 4 0 4 . On c e t h e G / S h a s b e e n c a p t u r e d w h a t o t h e r p i tc h m o d e s a r e a v a i la b l e? a ) N o o t h e r p i t ch m o d e s a r e a v a il a b le b) On l y when t he a i r c r a f t i s above t he g li de s l ope beam c) Al l a r e cont inu ou s ly ava i lab le 40 5 . If a he l i cop t e r r o t o r d i s c i s r o t a t i ng an t i cl ockwis e , vi ew fr om above wh e r e

w o u l d a p i tc h i n p u t b e f e d i n t o t h e d i sc t o m o v e t h e h e l ic o p t e r b a c k w a r d s , 9 0

d e g r e e s t o w h a t ? a ) I n f r on t o f t he l a t e r a l ax is # b ) R i gh t o f t he l ong i t ud i na l ax is c) Lef t o f the longi tud ina l ax i s 4 0 6 . F or c e s o n a h e lic o p t e r in a p o w e r - o n d e s c e n t a r e # a ) l if t , d r ag t h r us t , we i gh t b) l if t, d r ag , t h r u s t c) weight , d ra g , li ft Page 4 6 - Mod 134 0 7 . W h a t i s t h e p r i m a r y p u r p o s e o f a h e lic o p t e r t a i l a r m ? # a ) P r o v id e a s t r u c t u r e f o r m o u n t in g t h e s t a b i lis e r a n d a n t i t o r q u e r o t o r b) Act s t o h e l p ba l ance t h e cen t r e o f g r av it y o f t he h e l icop t e r c ) P r ov ide d i r ec t ion a l con t r o l 4 0 8 . H o w l o n g i s th e t i m e b e t w e e n t h e s t a r t o f th e P 1 p u ls e a n d t h e P 3 p u l s e

i gno r i ng t he P2 pu l s e l eng t h? # a ) 21 m i cr o s econ ds b ) 8 m i cr o s e c o n d s c ) 17 m i cr o s econd s 4 0 9 . W h a t d o e s t h e R a d a r c o n t o u r b u t t o n d o ? # a ) A lt e r t h e b e a m s h a p e b ) Alt e r t h e t r a n s m i tt e r p o w e r c) Al te r th e v ideo am pl i fi e r 4 10 . A r a d a r r e s p o n s e t a k e s 3 2 9 m i c r o s e c o n d s . H o w f a r a w a y is t h e t a r g et ? a) 12 m i les # b ) 25 m i l e s


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c ) 40 m i le s 411. W i t h a s p r i ng ba l ance con t r o l s ys t em you can a ) m o v e t h e c o n t r o l s u r f a ce o n t h e g r o u n d b) m ove t he con t r o l s u r f ace on l y by m ov i ng t he t ab c ) n o t m o v e th e c o n t r o l s u r f a c e o n t h e g r o u n d 412 . The VHF ae r i a l r e s i s t an ce and t r an s m i s s ion l i ne r e s i s t ance is # a ) 50 o h m s b ) 20 o h m s c ) 2 0 o h m s a n d 5 0 o h m s r e s p e c ti ve ly413. Aler t H eight i s wh en a ) a d e c is io n o f w h e t h e r t o l a n d i s m a d e # b ) an a l e r t o f t he a l t it ud e o f t he a i r c r a f t i s m ad e c ) an a l e r t o f t he pos i t i on o f t he a i r c r a f t i s m ad e 414. I f a f ly-by-wir e sys tem fa i ls , th e r ud der a ) r e m a i n s a t t h e n e u t r a l p o s it io n b) con t r o l s t he a i r c r a f t in t r i m c ) r em a i ns i n t he p r ev ious po s i t ion 415 . fo r a Ve r t i c a l Gyr o wh i ch i s m oved i n p i t ch , wh i ch g i m b l e wou l d be m oved t o

c o r r e c t t h e p it c h m o v e m e n t ? a ) L a t e r a lb) Lon g it ud i na l c ) N o r m a l Pa ge 47 - Mo d 13416 . Ve r s i ne i s u s ed i n wh i ch chan ne l ? # a ) P i t ch b) Rol lc) Yaw 417. A M as t e r W ar n i ng i s i s s ued wh en # a ) ove r s peed & low cab i n a l t it ud e occu r s b) ca r go s m oke & low o i l quan t i ty occu r s c ) eng ine f i r e & gene r a t o r t r i p occu r s


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4 18 . W h i c h is t h e m o s t im p o r t a n t p a r t o f p r e v e n t a t iv e m a i n t e n a n c e o n H I R F

i ns t a l l a t i ons ?# a ) Vis ua l in s p ec t ion s b) I n s u l a t i on t e s t i ng c) CMC fau l t ind ica t ion s 419 . an RM I i n VOR m ode , i t 's po i n t e r i s s how i ng a cou r s e o f 0 00 . I f t he cou r s e

k n o b i s a d ju s t e d t o 0 10 w h a t h a p p e n s t o t h e p o in t e r ? a) Mo ve le ft b) M ove r i gh t c ) M oves l e ft t hen ha r d r i gh t 420 . An a i r c r a f t f ly ing on a h ead i ng o f 030 r ece i ve s an ADF s i gna l 030 r e l a t i ve t o

t he a i r c r a f t , wh a t i s t he ADF po i n t e r i n d i ca t ing? a ) 0 3 0 b ) 0 6 0 c ) 0 9 0 4 2 1. W h e n d o e s t h e p r e s s u r e in t h e s t a n d a r d a t m o s p h e r e h a l ve ? a ) 12 ,00 0 f t b ) 5 ,0 0 0 f t # c ) 18 ,0 00 f t422 . I f an a i r c r a f t is en t e r i ng a t u r n t o t he l e ft , wha t i npu t wou l d t he a i l e r on t or u d d e r c r o s s f e ed b e ? # a ) L e ft R u d d e r b ) R i gh t R u d d e r c ) No R u d d e r 423 . I f a con t r o l s u r f ace t ha t i s fi t t ed wi t h a ba l an ce t ab i s m oved , wha t wi ll happ en

t o t h e t a b ? a ) I t is m oved m an ua l ly i n t he opp os i t e d ir ec t i on t o t he s u r f ace b) I t is m oved au t om a t i ca ll y i n t he s am e d i r ec t ion a s t h e s u r f ace# c ) I t is m oved au t om a t i ca ll y i n t he op pos i t e d i r ec t ion a s t he s u r f ace Page 4 8 - Mod 13 4 2 4 . At w h i c h t w o p o i n t s o n a g a s t u r b i n e e n g in e i s E P R m e a s u r e d ? # a ) Co m p r e s s o r i n l et a n d j e t p i p e b ) Co m b u s t i o n c h a m b e r a n d j e t p i p e


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c ) J e t p i p e a n d c o m b u s t i o n ch a m b e r 425 . I f a s t a l l is ap p r oach i n g , wh a t i nd i ca t i on d oes t he p i lo t ge t ? # a ) S t ick Shake r b) S t i ck Nu dge r c) EICAS wa rn ing 426 . F lap a s ym m et r y cau s e s t he a i r c r a f t t o a ) n o s e u p b ) g o o n e w i n g d o w n c ) n o s e d o w n 427 . On a cou p l ed app r o ach wh a t ha ppen s t o t he a i r c r a f t if it loos e s t he l oca l is e r

s igna l? # a ) I t w i l l f ly s t r a i gh t down t he o r i g in a l cou r s e bu t wi ll d r i f t b) I t wi l l f ly in ci r cles c ) I t w i ll fl y on t he h ead i ng t he a i r c r a f t was on 428 . I f an a u t op i lo t i s fed wi t h r ad i o dev i a t ion a ) i t w il l s t an d o f f t he cen t r e l i ne by a f ixed am oun t # b) i t w i l l f ly in ci r cles c ) it w i ll fl y on t he head i ng t he a i r c r a f t was on 4 2 9 . W h a t c o lo u r a r e t h e a u t o la n d in d i ca t io n l ig h t s n e x t t o t h e p i lo t s i n s t r u m e n t s

wi t h exce s s d ev ia t i on? a ) Red b ) Am b e r c ) W hi t e 4 3 0 . I n w h a t t yp e o f D o p p l er S ys t e m d o a l t it u d e h o l e s a p p e a r ? # a ) F M b) Pu l s e c ) FM and Pu l s e 4 3 1. W h a t h a p p e n s t o t h e F / D c o m m a n d b a r s i f t h e r o l l gyr o f a i ls i n a t u r n ? a ) They s t ay in t h e s am e p l ace a s no t h i ng i s t he r e t o nu l l t he i npu t s igna l b ) Th e y r e t u r n b a c k t o n e u t r a l w h e n t h e t u r n i s c o m p l e t ec ) They Di s appea r ou t o f v iew


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432 . I f an a i r c r a f t m oves in yaw wh a t ax i s is i t m ov i ng abou t ? # a ) N o r m a l b) Lon g it ud i na l c ) La t e r a l Page 4 9 - Mod 13433 . The n eu t r a l s h i ft s ys t em a ugm en t s con t r o l o f t he a) s t ab i li se r # b ) e l eva t o r c) spoi le r s 434 . On a f u l l t i m e F l y-by -wi r e s y s t em a no s e up com m an d caus e s # a ) t he t wo e l eva t o r s u r f ace s on each s i de o f t he s t ab i l is e r t o m ove up b) a l l t he e l eva t o r s on e ach wi ng t o m ove up c ) t he t wo Ail e r on s on each w i ng t o m ove up 4 3 5 . W h a t a r e g r o u n d s p o i le r s u s e d f o r ? # a ) T o d u m p l ift b) To a s s i s t t he a i r c r a f t com i ng t o a s t op c ) To s l ow t h e a i r c r a f t 436 . I f t he a i r c r a f t is t o be r o l led t o t h e r i gh t wh e r e d oes t he p i lo t f e ed i n t h i s

c o m m a n d ? # a ) Co n t r o l W h e e l b) Con t r o l Co l um n c ) R u d d e r P e d a l s 437 . W h a t i s t he t yp i ca l a i r c r a f t hyd r au l i c s y s t em p r e s s u r e? # a ) 3 0 0 0 p s i b ) 10 0 0 p s i c ) 3 0 0 p s i 4 3 8 . I f a b o n d i n g le a d i s fo u n d t o b e b r o k e n a n d a s p a r e i s u n a v a ila b l e yo u m u s t # a ) r e p l a c e w it h a s e lf m a n u f a ct u r e d c a b le o f t h e s a m e t yp e b u t l a r g e r b) de f e r t he d e f ect un t i l co r r ec t s pa r e s a r e ava i lab l e c ) s p li ce t he b r o ken l e ad


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439 . W h a t i s t he m i n i m um s i ze cab le , wh i ch is no t l i kel y t o c a r r y a l l t he cu r r en t

fr o m a p r i m a r y s tr u c t u r e ? a ) 0 .5 inch wi de by 26AW G cab l e b) 0 .25 inch wi de by 26AW G cab l e c ) No s m a l l e r t han 18AW G 4 4 0 . W h a t i s t h e b o n d i n g v a lu e b e t w e e n s e c o n d a r y st r u c t u r e ? a ) 0 . 5 # b ) 1 ohm c ) B e tw e e n 1M e go h m a n d 5 0 0 , 0 0 0 441. W ha t is t he d i agon a l pa r t o f t he l and i ng gea r c a l l ed? # a ) D r a g S t r u t b ) D r a g W i r e c ) Shock Abs o r be r Page 50 - Mod 13 442 . W h a t i s t he ad vanc i ng b lade on a he l i cop t e r d o i ng? # a ) I nc r ea s i ng i n l if tb) Go ing t o t he h i ghes t p o i n t c ) I nc r ea s i ng in d r ag 4 4 3 . I n a s e r i e s a ct u a t o r fi tt e d t o a h e l ic o p t e r h o w m u c h a u t h o r i t y d o e s it h a v e ? # a ) 10 % app r ox i m a t e l yb) 100 %c ) 50%444 . W ha t i s t he ou t p u t o f a l oca li s e r NAV r ece ive r ? a) Pola r i ty sen s i t ive AC# b ) Po l a r i ty s ens i t i ve DC c) Eith er 4 4 5 . W h a t d o e s a n I N S ca l cu l a t e o n p o w e r u p ? a ) Las t Know n Long i t ude # b ) L a s t Kn o w n L a t it u d e c ) Las t Kno wn Long i tud e & La t it ud e


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446 . I f a s e r i e s a c t ua t o r i s fi t t ed i n t he cyc li c con t r o l c ir cu i t o f a he l icop t e r w ha t

e ff ect wi l l an au t op i lo t i np u t ha ve?a ) The cycl ic leve r wi ll m ove i n p r opo r t i on t o t h e au t op i lo t i npu t # b) The cyc l ic l ever w i ll no t m ove c) Th e fl igh t d i r ec tor b ar s on ly wi l l m ove 447 . On an a i r c r a f t f it t ed wi t h a CM C how do you ge t t o t h e s y s t em p ages ?# a ) Th r o u g h t h e g r o u n d t e s t fu n c t io n b) Th r ough t he Ex i s t ing f au l t s f unc t i on c ) Th r ough t h e P r e s en t Leg fau l t s f unc t i on 4 4 8 . W h a t i s t h e p u r p o s e o f t h e a u t o p i lo t t r i m in d i ca t io n ? # a ) The vo l t age ac ti vi t y i n t h e s e r vo am p b) Tr i m t ab pos i t ion c ) Con t r o l s u r f ace pos i t i on 449 . W ha t i s t he en t r y an g le o f an M LS in s t a l l a t ion + / -? a ) 6 2 # b ) 4 2 c) 20 4 5 0 . W h e n u s i n g a b o n d i n g t e s t er y o u # a ) u s e t he 6 f t l e ad f o r t e s t i ng d i ff e r en t po i n t s b) u s e t h e 60 f t l e ad f o r t e s t i ng d i ff e r en t p o i n t s c ) u s e e i the r l e ads f o r t he t e s t i ng Pa ge 51 - Mod 13 451. W ha t i s t he s was h p l a t e on a h e l icop t e r u s ed f o r ? # a ) Con t r o l o f t he p i tch o f t he r o t o r b l ades b) Con t r o l o f t he s peed o f t he r o t o r b l ad es c ) Con t r o l o f t he f lap o f t he r o t o r b l ades 452 . W ha t does a p i ezo e l ect r i c t ype v ib r a t i on s en s o r d e t ec t ?a ) D i s tu r b a n c e s b) Veloci ty # c ) P r e s s u r e c h a n g e s


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4 5 3 . w i th a c o n t r o l su r f a c e t a b in t h e n e u t r a l p o s it io n , w h a t h a p p e n s w h e n t h e

con t r o l s u r f ace is m o ved? a ) I t r e m a i n s i n t h e n e u t r a l p o s i t io n b ) I t m o v e s in t h e s a m e d i r e c t io n a s t h e c o n t r o l s u r f a c e c ) I t m o ves i n t he opp os i t e d ir ec t i on a s t h e con t r o l s u r f ace 4 5 4 . W h a t s h o u l d b e c a r r i e d o u t p r i o r t o w o r k i n g o n o r n e a r c o n t r o l s u r f a ce s ?# a ) E n s u r e H y d r a u l ic s a r e s e l e ct e d o f f b) Pu l l & t ag c ir cu i t b r eak e r s c ) W e a r e a r p r o t e c t io n 455 . I n s t an t an eous Ve r t i c a l Speed I n d i ca t o r h a s i n s t an t va lue s o f Ve r t i c a l Speed by # a ) b l ock ing o f f s t a t i c and b y u s i ng an acce le r om e t e r b) u s i ng a p l unge r t o co r r ec t any l agg ing o f t he i nd i ca t o r c ) b lock i ng o ff p it o t p r e s s u r e and by u s i ng an a cce l e r om e t e r 456 . W h a t i s t he g li de s l ope fr eq uen cy r a nge? a) 108 - 112 Mh z b) 108 - 112 Gh z # c ) 329 - 335 M hz 457. W ha t wou l d i nd i ca t e t he s t a t e o f cha r ge o f a l e ad ac i d ba t t e r y? a ) F l uc t ua t i on s i n t he l eve l o f t he e l ect r o l y te # b ) F l uc t ua t i ons i n t h e SG o f t he e l ec t r o l yt e c ) Fl uc t ua t i ons i n t h e t e r m i na l vo l t age 4 5 8 . U p w a s h o n a h e li co p t e r w o u ld r e s u l t in a ) i nc r ea s e i n l if t w i t hou t an i nc r ea s e i n power b) dec r ea s e i n l if t c ) dec r ea s e i n s peed 4 5 9 . W h a t i s t h e a u r a l w a r n in g o f a n a i r c r a f t o ve r s p e e d ? a ) Be l l s oun d # b ) Cl ack i ng s oun d c ) H o r n s o u n d Page 52 - Mod 13 4 6 0 . W h a t i s a s l o t u s e d fo r ?


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# a ) T o r e i n f or c e t h e b o u n d a r y l a ye r b ) I n c r e a s e d a n g le o f a t t a ck d u r i n g a p p r o a c h c ) Inc r ea s e t he s p eed o f t he a i r f low 46 1. ADF is a ) R h o b) The t a c) Rh o-Th eta 462 . A Boos t Gauge r ead s a ) a b o ve o r b e l o w a m b i e n t a t m o s p h e r i c p r e s s u r e # b ) a b s o l u t e p r e s s u r e c ) a b o ve o r b e lo w I S A a t m o s p h e r i c p r e s s u r e 463 . Ang le o f At t ack i s t he an g le be t ween co r d l ine an d # a ) r e l a t ive a i r f low b ) t ip p a t h p l a n e c ) ho r i zon t a l ax is 464 . I f cyc l ic is m oved to th e r igh t a ) P O M s h o r t e n s o n o n e s i d e a n d l e n gt h e n s o n a n o t h e r b ) t h e r o t o r b l a d e s o n t h e r i gh t f la p d o w n c ) the r o t o r b l ades on t h e l e ft fl ap down 465 . W h a t i s t he Speed o f an ARI NC 429 s ys t em a ) 2 .3 - 23 M hz b) 2 - 6 GHz # c ) 10 0 K H z 4 6 6 . W h a t w o u l d h a p p e n t o a n a i r c r a ft a t l o w s p e e d a t h i gh a n g le o f a t ta c k h a d a n

a i le r o n go ing down ? a ) Dec r ea s e s t a l l s peed b) I nc r ea s e s t a l l s peed c ) Have n o e f fec t on t h e s t a l l s peed 467. A h igh l i ft d evice i s u sed for # a ) t a k e o ff a n d l a n d in g b) t ake o f f on l y


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c ) lan d i ng on l y4 6 8 . W h a t is t h e m a j o r ve r t i ca l co m p o n e n t o f a n a i r f r a m e t h a t i s a lo a d b e a r i n g p a r t

o f t he s t r u c t u r e t h a t c an be u s ed a s wa l ls o r pa r t i a l wa ll s ?a ) F r a m e b) Bu lkhea d c) S t r in ger Page 53 - Mod 13 4 6 9 . W h a t i s jit t e r u s e d fo r i n a D M E t r a n s m is s io n ? # a ) T o m a k e a n i n s t a ll a ti o n r e c o g n is e i t 's o w n t r a n s m is s io n b ) T o m a k e s u r e o n l y s t r o n g s ig n a ls a r e r e p l ie d t o i n a d e n s e a r e a c ) To m a ke an a i r c r a f t r e cogn i s e a DM E i n a qu i e t a r ea 4 70 . W h a t i s t h e m i n im u m c a n d e l a o f a n a n t i-c o ll is io n b e a c o n ? a) 10 0 b) 50 c) 20 471. W h a t i s t he ca l ib r a t i on l aw o f a Ra t i om e t e r ? a ) M a t e r i a l o f t he co il b) M a t e r i a l o f t he s en s i ng e lem en t c ) M a t e r i a l o f t he i nd i ca t o r need l e472 . a ft e r a r o l l to t h e l e ft o f a s t a t i c a l ly un s t ab l e he l i cop t e r , t he he l i cop t e r wou l d a ) r o l l back t o t he ho r i zon t a l b) con t i nue t o r o l l f u r t h e r c ) r e m a i n a t t h e p o s i t io n t h a t i t h a d r o ll ed t o 473 . Ho w i s a s po i le r i n t e r conn ec t ed t o o t he r f li gh t con t r o l s ys t em s ? a ) Spo i l er t o a i l e r on b) Spo i le r to f l ap c) Spoi le r to e leva tor 474 . W h a t i s au d i o c li pp i ng u s ed f o r i n vo ice com m un i ca t i on? a ) To enab l e vowe l s t o be hea r d be t t e r b ) To e n a b l e c o n s o n a n t s t o b e h e a r d b e t t e r c ) T o en a b le n u m b e r s t o b e h e a r d b e t t e r


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475. The d i f fe r en ce be t ween t r a ns i en t d r oop an d s t a t i c d r oop i s # a ) u n d e r s w i n g b) ove r s w i ng c ) a ho l e in on e 476 . If a QFE is s e t a t an a i r f ie l d an d f lown t o an o t he r a i r f ie l d a t t he s a m e l eve l

above s ea l eve l t hen a ) i t w il l no t n eed r e s e t t ing an d wi l l r e a d ze r o b) i t wi ll d i sp lay the a i r f i e ld h e ight ab ove sea l eve l c ) it w i ll p r oba b l y no t need r e s e t t i ng an d wi l l r e a d ze r o 477. c apac i t ance f ue l qu an t i t y i nd i ca t ion t e s t s e t i s conn ec t ed a ) by r ep l ac ing capac i t ance p r obes b) in p a r a l le l wi t h capac i t ance p r o bes c ) i n s e r i e s wi t h capac it an ce p r ob es Page 54 - Mod 134 78 . W h a t i s a ile r o n d r o o p ? a ) The le ad i ng edge o f bo t h a i le r on s p r e s en t ed t o t h e a i r f low b ) O n e a il er o n l o w e r e d c ) The d r op o f a i le r on s wi t h no h yd r au l ic s on 479 . H ow i s t he ou t pu t o f a cons t an t s peed d r i ve fed AC gene r a t o r con t r o l l ed? a ) Hydr au l i c f e edback t o a gove r n o r b) No con t r o l a s t he gene r a t o r i s fed v ia a cons t an t s peed d r i ve c ) By a s wa s hp l a t e 480 . W ha t h app ens t o a he l i cop t e r i n a u t o r o t a t i ve fl igh t ? a ) The cab i n goes i n t he d i r ec t i on o f r o t a t i on b ) T h e r o t o r g o e s i n t h e n o r m a l d ir e c t io n o f r o t a t i o n c ) The r o t o r goes t he op pos i t e d i r ec t ion t o t h e no r m a l d ir ec t i on o f r o t a t i on 481 . W i t h a h e l icop t e r w i th a t w i n b l ade s am e g im ba l it i s# a ) s em i r i gi d b) r ig id c) fu l ly a r t i cu la t ing 4 8 2 . Ea r t h s a t m o s p h e r e is


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a ) 1/ 5 o xygen , 4 / 5 n i t r ogen b) 4 / 5 oxygen , 1/ 5 n i t r ogen c ) 3 / 5 oxygen , 2 / 5 n i t r o gen 4 8 3 . A th e r m o c o u p l ea ) c a p a ci ta n c e a n d i n d u c t a n c e c a n n o t b e a d d e d b ) ca n n o t b e sh o r t e n e d c ) c a n b e s h o r t e n e d 4 8 4 . H o w i s te m p e r a t u r e c o m p e n s a t i o n a c h i e ve d i n t h e f lu i d o f a c o m p a s s ? a ) B e ll o w s a n d d i a p h r a g m b) Alcoho l is u s ed a s i t doe s n o t ge t e ff ect by t em p e r a t u r e c) Pr ess r e l i e f va lve 4 8 5 . W h e n i n s t a lli n g a n a e r i a l , a d d e d s u p p o r t i s n e e d e d f o r t h e s t r u c t u r e . Th i s is

ach i eved b y a ) w e b s b ) o u t e r p l a te c ) i nn e r p l a t e 4 8 6 . W h a t i s t h e d i ffe r e n c e b e t w e en t r a n s m i t a n d r e c ei ve p u ls e f r e q u e n c y ?a ) 6 0 b ) 6 3 c) 10 0 0 Pa ge 55 - Mod 13 487 . Re l a t ive a i r f low o ve r a he l i cop t e r b l ade a ) i nc r ea s e s a t t h e t ip b ) in c r e a s e s a t t h e r o o t c ) i s un a f fec t ed by b l ade pos i t ion 48 8 . TCAS II is a ) 10 a i r c r a ft p e r s q u a r e m il eb) 25 a ir c r a f t pe r s qu a r e 5 m i l es c ) 10 0 a i r c r a f t pe r 5 m i le s s qua r e 4 8 9 . R M I i n AD F m o d e , t h e p o i n t e r i s m o v e d b y a a ) s e r v o m o t o r


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b) loop vol tage c ) Ch i n a m a n 4 9 0 . F M C c h a n g e s m o v e m e n t v i a a ) A/ P ac t u a t o r b) f li gh t con t r o l com pu t e r c ) s t r a i gh t t o t he ac t ua t o r 491. Ai r c r a f t con d i t ion m on i to r i n g m on i to r s a ) c e r t a in p a r a m e t e r s b ) w i th a f a u lt d e t e ct o r a n d t e l ls m a s t e r w a r n i n g c o m p u t e r c ) a n d c o m p a r e s t h e f a u l ts o n t h e a i r c r a f t w it h t h e C MC4 9 2 . R a d i o s ig n a l s ch a n c e o f p e n e t r a t i o n o f i o n o s p h e r e a ) i n c r e a s e w i th t h e f r e q u e n c y b ) d e c r e a s e w i t h f r e q u e n c y c ) is n o t a f f ec t ed by f r equ ency 493 . W h a t i s l ap s e r a t e? a ) P r e s s u r e c h a n g es w i t h a l t it u d e # b ) T e m p e r a t u r e c h a n g e s w it h a l t it u d e c ) Dens i t y chan ges wi th a l t it ud e 4 9 4 . I n c r e a s e i n s p e e d o f s p o il er s i s n e e d e d w h e n a ) t he f laps a r e lower ed b ) a t h i gh e r s p e e d s c ) the l an d i ng gea r i s ex t ended 4 9 5 . W h a t s h o u l d b e t a k e n i n t o a c c o u n t w h e n m e a s u r i n g t h e S G o f a b a t t e r y ?a ) Th e o u t s id e t e m p e r a t u r e b) E lec t r o l yt e t em p e r a t u r e c ) Cha r ge s t a t e o f t he ba t t e r y Page 56 - Mod 13 4 9 6 . W h a t h a p p e n s w h e n a c o n t r o l s ti ck i s p u l le d b a c k a n d t o t h e l e ft ? a ) E l eva t o r up , le f t a il e r on down b) E leva t o r down , r i gh t a i le r on down c ) El eva t o r u p , r i gh t a i le r on down


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4 9 7 . W h e r e i s t h e p l a c e m e n t o f a m e r c u r y s w i t ch ? a ) O u t e r g im b a l b) Gyr o ca s e c ) I n s t r u m e n t c a s e498 . DC pow er i n t o t h e GCU com es f r om a ) m a in b a t t e r y b u s b ) m a i n b a t t e r y b u s a n d g r o u n d s e r v ic e c ) g r ou nd s e r v i ce 4 9 9 . I n a b o o s t g a u g e s ys t e m t h e s e n s i n g e le m e n t c o n t a i n s a) 1 caps ule # b ) 2 c a p s u l e sc ) 3 c aps u l e s500 . I f an e l eva t o r i s f it t ed wi t h a f i xed t ab i n t he d own pos i t i on , t he con t r o l s u r f ace

wil la ) m o v e u p b ) m o v e d o w n c ) r e m a i n a t t h e s a m e p l a ce 501. Sp r i ng t a bs a ) c ann o t be ad j u s t ed i n f li gh t b) can be a d j u s t ed i n t h e fl igh t deck c ) ca n n o t b e a d j u s t e d 502 . R i s i ng gus t i n f r o n t o f t he l e ad i ng ed ge wi t h f l aps l ower ed , AoA wi lla ) inc r ea s e b ) d e c r e a s e c ) r e m a i n 503 . I f an a i r c r a f t m oves in r o l l i t is m ov ing abo u t t h e a ) n o r m a l a xis b) l a te ra l ax is # c ) lon g it ud i na l ax i s504 . LOC s igna l m odu l a t ion i sa ) 5 0 %


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512. Wh at e f fec t does lower ing f lap s for t akeo f f ha ve?# a ) R e d u c e s t a k e o ff a n d l a n d i n g s p e e d s b) Redu ces t akeo f f s peed s on l yc ) Redu ces lan d i ng s peeds on l y513 . W hi ch s i gna l wou l d b e i n t eg r a t ed t o ge t on t o Loca l is e r c en t r e l i ne? a ) H e a d i n g er r o r b ) Co u r s e e r r o r c) Radio devia t ion Page 58 - Mod 13 5 14 . W h a t d o e s a v ib r a t i o n t y p e s e n s o r m e a s u r e ? a ) M ax im um de f lec t ion # b ) F r eq uen cy o f de f le c t ions c) Di rec t ion of f lex ing 515 . On a Gr ou nd Power un i t wh i ch p i n s a r e a l loca t ed f o r i n t e r l ock c ir cu i t ?a ) A a n d B b ) B a n d Cc ) E a n d F 5 16 . W h i ch i s u s e d f o r c o m p a s s d a m p i n g fl u id c o m p e n s a t i o n ? a ) Be ll ows o r d i aph r agm b) No dam pi ng du e t o a l coho l l ow t em p e r a t u r e co -e ff ic ien t c ) P i s t on an d o i l 517 . The r e s u l t o f t he equ a t i on ( Dev E - Dev W ) / 2 i s kn own a s # a) Coef fic ien t B b) Coeff icien t Ac) Coeff icien t C518 . I f t he t o r q ue we r e inc r ea s ed on a ve r t ic a l gyr o , wha t wou l d ha ppen t o t he

p r ece s s i on? a ) I n c r e a s e b) Rem a i n una f fec t ed c ) Decr e a s e 519. A 'q ' fee l sys tem su pp l ies


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a ) a e r o d y n a m ic d a m p i n g b) t he p i lo t wi t h eve r inc r ea s i ng awar enes s o f s peed c ) con t r o l m ovem en t e f fo r t r e l ie f 520 . ADF ope r a t e s wi t h i n wh i ch f r equ enc i e s ?# a ) 2 0 0 K H z - 10 0 0 K H z b) 118 M H z - 132 M H z c ) 32 KHz - 64 KH z 521. Ca t I I I B lan d i ng , up t o wh a t p has e i s LOC s igna l u s ed ? a ) Ro l l ou t # b ) F l a r e c ) Touchdo wn 522 . FM C m ode t h a t c an be s e l ect ed t h r ou gh t he CDU is a ) DM E Fr eq b) LNAV# c) CRZ Page 59 - Mod 13 523 . M ode C r e s p ons e i s a ) 21m i cr os econ ds b) 12 m i cr os e conds c ) 8 m i cr o s e c o n d s 5 2 4 . W h i ch w o u l d yo u u s e t o t e s t a n a i r c r a f t tr a n s p o n d e r a l t it u d e r e p o r t i n g s ys t e m ? # a ) Read t he a l t i t ude d i r ec t l y f r om ATC-60 0 p an e lb) Tr an s f e r t he code d i s p l ayed by t he ATC-60 0 i n t o b i na r yc ) Check t he a l t it ud e code wi t h t he co r r ec t a l t / code t ab l e 525 . An un co r r ec t ed ADI is a f f ect ed b ya ) c l im b b ) d e s c e n t c) ro l l 526 . A DGPS s ys t em i n s t a l led on an a i r c r a f t r eq u i r e s a ) 1 g r ou nd s t a t i on an d 4 s a t e ll it e s b) 2 gr ou nd s t a t i ons an d 4 s a t e l li t es


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c ) 1 g r ou nd s t a t i on an d 6 s a t e l li t e s 527. The t e r m ` c i r c li ng cu r r en t ' r e f e r s t o a ) AC gene r a t o r s b) AC an d DC Gene r a t o r s c ) DC gene r a t o r s 5 2 8 . Ai r c r a ft n o r m a l ly fi tt e d w i t h 2 c e n t r a l m a i n t e n a n c e c o m p u t e r s a n d y o u o n l y

h a v e o n e t o d i s p a t ch t h e a i r c r a f t. W h er e d o you f it i t ?a ) LH s i de b ) R H s i d e c ) LH o r R H s id e ( i .e . d o e s n ' t m a t t e r ) 529 . I f t he l oca l is e r s i gna l is on l y app l ied t o t he A/ P r o l l chan ne l a ) a i r c r a f t fl ie s pa r a l le l t o t he r u nw ay cen t r e l in e b) a i r c r a f t fl ie s a l ong t he r un way cen t r e l i ne # c) a i rc r a f t f li es in c i rc les 5 3 0 . S p e e d c o n t r o l o n a n e m e r g e n c y h y d r a u l ic d r i ve n g e n e r a t o r i s vi a t h e a ) I DG b) CSD c ) s was h p l a t e 531. W X r a da r d i s p l ay t he t i m e ba s e i s # a ) s a w t o o t h w a v e fo r m b) t r ap ezo ida l wave fo r m c ) r e c t an gu l a r wave fo r m Page 60 - M od 13 532 . F li gh t d i r ec t o r on VOR, cou r s e e r r o r was h ou t s i gna l is l o s t , fo l lowi ng t he FD

com m an ds . Ai r c r a f t w il la ) s t a y o n c e n t r e o f c o u r s e b) s t ay pa r a l le l t o cou r s e c ) fo l low t h e cou r s e wi t h s ca l lop i ng o r b r acke t i ng 533 . F l igh t d i r ec t o r o n G/ S cap t u r e , t he p i t ch i n t eg r a t i on i s a ) t o i nc r ea s e GS s igna l


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b) t o dec r ea s e GS s igna l c ) to m a i n t a i n GS s i gn a l 534 . A he l i cop t e r ne eds t o r e -t r i m # a ) i n d i ca t io n is s h o w n o n t h e AP I b ) in d i ca t io n i s s h o w n o n t h e c o m m a n d b a r s o f t h e EH S I c ) in d i ca t io n is s h o w n o n t h e c o m m a n d b a r s o f t h e a t t it u d e i n d i c a t o r 535 . API Tr i m p o i n t e r s a r e f ed by a ) a s y n c h r o b) an RVDT c) an LVDT 5 3 6 . VH F t r a n s m i tt e r o u t p u t i m p e d a n c e t o m a t c h w i th a n t e n n a f o r m a x im u m

p o w e r t r a n s f e r is a ) 50 o h m s b) 25 t o 75 ohm s c ) 129 oh m s 537. T r an s f o r m er coup l ing be t ween a n ADI and a fl igh t d i r ec t o r com p u t e r i sa ) t o p r o t ec t t he ADI in even t o f a FD com pu t e r f a i lu r e b) t o p r o t ec t t he FD com p u t e r i n c a s e o f an ADI f a il u r e c ) t o p r o t ec t the FD com pu t e r i n c a s e o f an HSI f a il u r e 538 . I n au d i o c li pp i ng a ) vowe l s a r e s t r en g t hened r e l a t i ve t o t he r em a i n i ng s igna l b) vowe l s a r e a t t enu a t ed r e l a t ive t o t he r em a i n i ng s igna l c ) t he r e i s n o chan ge in r e l a t i ve s t r en g t h o f vowe l s 539 . An t i c r o s s - ta l k ne t wor k fo r u nw an t ed s i gna l s u s e s # a ) a t t enu a t i on f ir s t t hen am pl if ic a t ion b) am p l if ic a t ion f ir s t t h en a t t enu a t i on c ) no a t t enu a t i on bu t am p l if ic a t ion 540 . DM E - how does r ece ive r f ind t he r ece ived pu l s e pa i r s a r e va l id? a ) Decode r b) Blocking o sc i ll a tor c ) I n t eg r a t o r


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Pa ge 61 - Mod 13 541. Co- axi a l t r a ns m i s s ion l in e o f im ped an ce 80 ohm s i s con n ec t ed d i po l e o f 120

o h m s . W h i le c h e c k in g w i t h o h m m e t e r t h e r e a d i n g w il l b e a ) 8 0 o h m s b ) 20 0 o h m s c ) m o r e t h a n 2 0 m e ga o h m s 542 . Tr a ns f o r m er cou p l ing be t ween ADI and F l i gh t d i r ec t o r i s t o p r o t ec t a) ADI b) F li gh t d i r ec t o r com pu t e r c ) bo t h o f t he above 543 . A H UM S i n a he l i cop t e r i sa ) a v ib r a t i on an a l ys i s s ys t em b ) a s ys t e m w h ic h m o n i t o r s t i m e p e r i o d o f co m p o n e n t s in s e r vi ce a n d w a r n s o f a

p r e m a t u r e fa i lu r e c ) a s ys t em wh i ch i nd i ca t e s a c r a ck in t h e b l ade 5 4 4 . W h e n t h e f la p s a r e l o w e r e d a ) t he l i ft vect o r m oves fo r w a r d b) t he l if t vect o r m oves r ea r wa r d c) ther e i s no e f fect on the l i f t vec tor 545 . a t t ake o f f, if t he f laps a r e l ower ed t he r e i s a # a ) la r ge inc r ea s e i n l if t an d d r ag b) s m a l l i nc r ea s e i n l if t an d d r ag c ) la r ge i nc r ea s e i n l if t and s m a l l i nc r ea s e i n d r ag 546 . I n a l a r ge t r an s po r t a i r c r a f t t o check VSW R of a HF s ys t em wi t h a l ong ae r i a l

fe e d e r t h e VS W R m e t e r h a s t o b e c o n n e c te d a ) b e t w e en t h e t r a n s m it t e r a n d t h e AT U ( t r a n s m it t e r e n d ) b) be t ween t h e ae r i a l and ATUc ) be t ween t h e t r an s m i t t er an d t he ATU ( ATU end ) 547. W i t h power app l ied t o t he au t op i l o t bu t n o t engaged , t he t r i m i n d i ca t o r wi ll

i nd i ca t e a ) a s t a nd by e l ec t r i ca l s i gna l in t he s e r vo l oop b) t ha t t he gy r o i s ou t o f t he nu l l an d n eeds a l ign i ng


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c ) th e t r i m s y s t em i s o u t o f d a t u m 548 . Con t r o l l oop ga in w i th a n a u t op i lo t i s u s ua l l ya ) d e p e n d e n t o n a i r c r a ft a l tit u d e b) 100 %c ) c h o s e n a s a c o m p r o m i se 549 . W i t h n o .1 h . f . s y s tem t r an s m i t t in g t he i n t e r l ock c ir cu i ta ) a l l ows no .2 h . f . t o r e ce i ve on l yb) a l lows n o .2 h . f. t o t r an s m i t and r ece ive# c ) does n o t a l low no .2 t o tr a ns m i t o r r e ce ive Page 6 2 - Mod 13 550 . M LS az im u t h r a nge i s a ) + / - 30 b) + / - 42 c) + / - 62 551. Ai r c r a f t i s no r t h o f VOR beacon , cou r s e i s s e t t o 90 deg r ee s , RM I i n d i ca t e s a ) 9 0 # b ) 180 c) 0 552 . i n an au t o t r i m h o r i zon t a l s t ab i li s e r , 'l ow ' s peed m ode i s when # a ) fl a p s a r e r e t r a c t e d b ) la n d in g g e a r u p a n d l o ck e d c ) fl aps ex t end ed 553 . An a i r c r a f t r e ce i ve s a r e s pon s e fr o m a DM E s t a t i on , 1236 m i cr os econds a f te r

t r a n s m i t t in g t h e i n t e r r o g a tio n . W h a t i s t h e s l a n t r a n g e to t h e s t a t i o n ? # a ) 9 6 n a u t i ca l m i le s b) 100 na u t i c a l m i le s c) 10 4 na ut ica l mi les 554 . I f t he VOR t r ack e r r o r i s 2 do t s , how m an y degr e e s o f f t r a ck i s t he a i r c r a f t ?# a) 10 b ) 5 c) 2.5


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555. W ha t fr eq uen cy r a nge does ACARS ope r a t e i n? a ) 2 -3 0 M H z # b) 118 -136 M H z c) 4-5 GH z 556 . An FM s i gn a l wou l d h ave i t 's s i deban d s i gna l s a ) a b o v e t h e c a r r i er s i g n a l b) be l ow the ca r r i e r s i gna l # c ) N o s id e b a n d s p r e s e n t 5 57. o n a n Au t o l a n d c o u p l e d a p p r o a c h , a G P W S w a r n i n g a ) wou l d i n i t i a t e a Go Ar ou nd b ) a u d i o a n d Vis u a l w a r n i n g c ) vi s ua l wa r n i ng on l yPage 6 3 - Mod 13558 . A Dopp l e r VOR s t a t ion ' s t r an s m i s s ion s # a ) c an be r ece i ved an d p r oce s s ed wi t h a conven t i ona l VOR r ece i ve r b) can no t be r ece i ved an d p r oce s s ed wi t h a conven t i ona l VOR r ece i ve r c ) can b e r ece i ved bu t no t p r oce s s ed w i t h a conven t i on a l VOR r ece i ve r 559 . Di r ec t ion o f no r m a l fl igh t i s cha nged b y t he p i l o t by app l yi ng p r e s s u r e a ) t o t h e c o n t r o l w h e e l b ) t o t h e c o n t r o l c ol u m n c ) t o t h e r u d d e r p e d a l s 5 6 0 . O n a m o d e r n a i r c r a ft a b o u t t o s t a ll a ) t h e o u t b o a r d s la t s e x t e n d a u t o m a t ic a ll yb) eng ine pow er i nc r ea s e s au t om a t i ca l lyc ) the f l aps r e t r ac t au t om a t i ca l ly561. W i ng can s p o i le r s b e u s ed ? a ) To a s s is t t he r e s pec t i ve down go ing a i l er on i n a t u r n b ) As g r o u n d s p o i le r s o n l a n d i n g # c ) To a s s i s t t he e l eva t o r s 5 6 2 . W h e n c h e c k in g t h e a l t it u d e r e p o r t i n g o f t h e t r a n s p o n d e r a ) s e t t h e b a r o m e t r i c a lt im e t e r t o l o ca l p r e s s u r e


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b) s e t t he ba r om e t r i c a lt i m e t e r t o 1013 .25 m b c ) s e t t he r ad a l t t o 0 f e e t 563. Du tch R ol l a ffec t s a ) p i t ch a n d r o l l s im u l t a n e o u s l yb ) p i t ch a n d y a w s im u l t a n e o u s l y# c ) ya w a n d r o l l s im u l t a n e o u s l y564 . A r a da r an t enn a i s fa c i ng le ft . On g r ou nd t e s t , if you m ove t he ve r t i ca l gy r o t o

s im u l a t e a r ig h t b a n k , t h e a n t e n n a a ) wi ll m ove up b) wi ll m ove dow n c) wi ll no t m ove 565 . St an d i ng waves i n a Co- Ax ia l fe ede r c ab l e a r e p r op o r t i on a l t o a ) l eng t h o f t he cab l eb ) t r a n s m it t er p o w e r o u t p u t c ) d e g r e e o f m is m a t c h b e tw e e n t r a n s m i tt e r a n d a n t e n n a Page 6 4 - Mod 135 6 6 . W h e n m o r e t h a n o n e D . R. co m p a s s i s fi tt e d o n a n a i r c r a f t o r w h e r e a D . R .

c o m p a s s s e r v e s a s a st a n d b y t o a r e m o t e r e a d i n g co m p a s s a ) o n l y t h e m a s t e r c o m p a s s r e a d i n gs a n d a d j u s t m e n t s c a r r i e d o u t a n d r e m a i n in g

c o m p a s s e s a r e a d j u s t e d w it h m a s t e r co m p a s s # b ) a l l r e a d i n g s a n d a d ju s t m e n t s fo r e a c h c o m p a s s s h o u l d b e m a d e s im u l t a n e o u s l y

o n e a c h h e a d i n g c ) a l l r e a d i n g s a n d a d j u s t m e n t s fo r e a c h c o m p a s s s h o u ld b e m a d e a t a n y o n e

h e a d i n g o n ly567. Com pas s e r r o r r em a i n i ng a f t er a l l t he co r r ec t ion s , wh i ch i s u s ed f o r en t r y on

t he dev i a t ion ca r d s hou l d no t exceed a ) 2 deg r ee s # b ) 3 d e gr e e s c ) 5 deg r ee s 5 6 8 . Co m p a s s e r r o r r e m a i n i n g a ft e r a l l co r r e c ti on s a r e m a d e i s c a lle d a ) a p p a r e n t e r r o r # b ) r e s i d u a l er r o r c ) i ndex e r r o r


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5 6 9 . I n s t r u m e n t s u s e d o n a n a ir c r a f t a r e in s o m e i n s t a n c e s fi tt e d w i t h c o ve r g l a ss e s

w h o s e s u r f a c e s a r e b l o o m e d t o r e d u c e a ) P a r a l la x e r r o r # b ) Su r f ace r e f le c t ion c ) S t a t ic t o avo i d d us t a t t r a c t ion 570 . Ve r s i ne s i gna l i s gove r n ed b ya ) r o l l # b ) p i t ch c) yaw 571. S t ick s ha ke r a c t iva t e s a t a s p eed w h i ch i s abo ve t he s t a l li ng s peed by a ) 4 %# b ) 7%c) 10 .32 1%572 . A D.R . com pas s f it t ed o n an a i r c r a f t . The s a f e d i s t an ce f o r e l e c t r i ca l c ab l e s

ca r r y ing e l ec t r i ca l cu r r en t i sa ) 2 0 i n c h e s # b ) 2 4 i n c h e s c ) 28 i nches 573 . The p i t o t head i s fi t t ed on t he a i r c r a f t . The a l ignm en t o f p i t o t head i s ca r r i ed

ou t wi t h a ) a n i n c lin o m e t e r b ) m i cr o m e t e r c) sp i r i t l eve l Page 6 5 - Mod 13 574 . Os c il la t i on an d h un t i ng o f f li gh t con t r o l s u r f ace a r e p r even t ed by # a ) Ta c h o g e n e r a t o r b ) F e e d b a c k fr o m c o n t r o l s u r f a c ec ) Fe e d b a c k fr o m s e r v o m o t o r 575 . W h en a n h yd r au l ic s ys t em i s un p r e s s u r i zed , t he pos i t i on o f fl igh t con t r o l

s u r f a c es a r e a ) d o w n b ) n e u t r a l


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c ) d r o o p 5 76 . R a d a r b e a m w i d t h i m p r o v es a ) r a n g e r e s o lu t i o n b ) r a n g e a cc u r a c y# c ) bea r i ng r e s o l u t i on 577. A t r a ns f o r m er ha s a p ower i npu t o f 115V AC. W h a t i s t he ou t p u t vo l t age? a) 115V b) 345V# c ) 4 6 0 V578 . The m an uf ac t u r e r o f a p i t o t head gave a s pec i fi ca t i on i nd i ca t i ng 2 inch es d i a .

Th i s is t h e a ) open i ng d i a . o f p it o t hea d b ) i n t e r n a l d i a o f p i to t h e a d w h e r e a i r s t a g n a t e s c ) ext e r n a l d i a o f p it o t he ad 579 . on a VSI fi t t ed on an a i r c r a f t , fo r c l im b an d d e s cen t i nd i ca t i on # a ) a s e t s c r e w i s p r o v id e d f o r z e r o a d j u s t m e n t b ) it d o e s n o t h a v e a n y a d ju s t m e n t c ) a s e t s cr ew i s p r ov i ded f o r c li m b / des cen t i nc r em en t s 5 8 0 . A s h u n t w o u n d g e n e r a t o r f it t e d o n a n a i r c r a ft , a p r e s e t p o t e n t i o m e t e r is f it t e d a ) i n s e r i e s wit h t h e f ie l d wi nd i ng b) i n pa r a l le l wit h t h e f ie l d wi nd i ng c ) in s e r i es w i t h t h e g e n e r a t o r o u t p u t 581. W hen can wi ng s po i l e r s be u s ed? a ) To a s s is t t he r e s pec t i ve down go ing a i l er on i n a t u r n b ) As g r o u n d s p o i le r s o n l a n d i n g c) To ass i s t th e e leva tor s 5 8 2 . W h e n c h e ck i n g th e a l t it u d e r e p o r t i n g o f t h e t r a n s p o n d e r a ) s e t t h e b a r o m e t r i c a lt im e t e r t o l o ca l p r e s s u r e b) s e t t he ba r om e t r i c a lt i m e t e r t o 1013 .25 m b c ) s e t t he r ad a l t t o 0 f e e t Page 6 6 - Mod 13


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583. Du tch Ro l l a f fect s a ) p i t ch a n d r o l l s im u l t a n e o u s l yb ) p i t ch a n d y a w s im u l t a n e o u s l yc ) yaw and r o l l s i m u l tan eous l y584 . A r ada r a n t en na i s fa c ing l e ft . On g r ou nd t e s t , if you m ove t he ve r t i c a l gyr o t o

s im u l a t e a r ig h t b a n k , t h e a n t e n n a a ) wi ll m ove up b) wi ll m ove dow n c) wi ll no t m ove 585 . S t and i ng waves i n a Co- Ax ia l fe ede r c ab l e a r e p r op o r t i on a l t o a ) l eng t h o f t he cab l eb ) t r a n s m it t er p o w e r o u t p u t c ) d e g r e e o f m is m a t c h b e tw e e n t r a n s m i tt e r a n d a n t e n n a 5 8 6 . W h e n m o r e t h a n o n e D . R .Co m p a s s i s fit t e d o n a n a i r c r a ft o r w h e r e a D . R .c o m p a s s s e r v e s a s a s t a n d b y t o a r e m o t e r e a d i n g co m p a s s a ) On l y t h e m a s t e r c o m p a s s r e a d i n g a n d a d j u s t m e n t ca r r i e d o u t a n d r e m a i n i n g

c o m p a s s e s a r e a d j u s t e d w it h m a s t e r co m p a s s . # b ) A ll r e a d i n g a n d a d j u s t m e n t s fo r e a c h c o m p a s s s h o u l d b e m a d e s i m u lt a n e o u s l y

o n e a c h h e a d in g . c ) All r e a d i n g a n d a d j u s t m e n t f o r e a c h c o m p a s s s h o u l d b e m a d e a t a n y o n e h e a d i n gonly . 5 8 7. Co m p a s s e r r o r r e m a i n in g a f t e r a l l t h e c o r r e c tio n s , w h ic h i s u s e d f o r e n t r y o n

t he dev i a t ion ca r d s hou l d no t exceed a ) 2 Degr ee # b ) 3 D e gr e e c) 5 Degre e 5 8 8 . Co m p a s s e r r o r r e m a i n in g a f t e r a l l c o r r e c t io n s a r e m a d e i s c a ll ed a ) a p p a r e n t e r r o r # b ) r e s i d u a l er r o r c ) i ndex e r r o r 5 8 9 . I n s t r u m e n t s u s e d o n a n a i r c r a ft a r e i n s o m e i n s t a n c e s fi tt e d w i t h c o ve r g l a s se s

w h o s e s u r f a c e s a r e b l o o m e d t o r e d u c e a ) p a r a l l a x e r r o r .


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# b ) s u r f ace r e fl e ct i on . c ) s t a t ic t o avo id d us t a t t r a c t i on . 590 . Ve r s i ne s i gna l is gove r n ed b ya ) r o l l # b ) p i t ch c) yaw Pa ge 67 - Mo d 13591. I nc r ea s i ng t he r ea l load p r i m a r i l ya ) d e c r e a s e s fr e q u e n c yb) dec r ea s e s ou t pu t vo l t age # c ) in c r e a s e s o u t p u t v o lt a ge a n d i n c r e a s e s f r e q u e n c y592 . I nd uc t i ve r eac t i ve l oad caus e s a ) n o e ff ec t o n t o r q u e b u t p r o d u c e s e x t r a h e a t d i s s ip a t e d b ) in c r e a s e i n t o r q u e a n d i n c r e a s e i n h e a t d is s ip a t e d # c ) in c r e a s e i n t o r q u e o n l y593 . The p ower f ac t o r o f an AC gene r a t o r i den t i fi e s t he p r opo r t i on o f a ) a p p a r e n t p o w e r f r o m t h e g en e r a t o r t h a t d o e s w o r k b ) r e a c t iv e p o w e r f r o m t h e g en e r a t o r t h a t d o e s w o r k # c ) r e a l p o w e r f r o m t h e g en e r a t o r t h a t d o e s w o r k 594 . The con t r o l o f hyd r au l i ca l ly powe r ed e m er gen cy e l ect r i c a l gene r a t o r f r eq uen cy

is by# a ) ang l e o f s was h p l a t e b) I DG c) res t r i c t ion va lve 595 . Dif fe r en t i a l p r o t ec t ion i n an AC s ys t em p r o t ec t s aga in s t a ) A r e ve r s e c u r r e n t f lo w i n g fr o m t h e b a t t e r y b) s ho r t c ir cu i t s# c) l in e- line , l ine- l in e- line , l ine-ear th fau l t s 5 9 6 . W h e n r e s e t t in g t h e C SD o n t h e g r o u n d , t h e e n g i n e s h o u l d b e # a ) s t a t io n a r yb) r o t a t i ng a t i d l e


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c ) r o t a t i ng a t Ns ync 597. One o f t he m a i n pu r p os e s o f a CSD is t o # a ) e n a b l e ge n e r a t o r s t o b e p a r a ll el ed b) p r even t en g ine ove r l oad c ) m a i n t a in c o n s t a n t lo a d o n t h e g e n e r a t o r 598 . i n a un de r vo lt cond i t i on i n an AC gene r a t o r s y s t em , the m os t li ke ly

c o n s e q u e n c e i s # a ) a c t i va t i on o f t h e t i m e de l ay ci r cu i t b) de-ac t iva t ion of the f ie ld regu la tor y TRs c ) ene r g i s e t he bus t i e r e l ay 599 . I f vo lt age and f r equen cy o f t he gene r a t o r d r op t o z e r o i n f l igh t , it wou l d be a n

in d i ca t io n t h a t t h e # a ) CS D d r i ve s s h a f t h a d s h e a r e d b ) p h a s e s e q u e n c e d e t e c t io n c ir c u i t h a s o p e r a t e d c ) bus t i e i n t e r l ock i s i nope r a t i ve Page 6 8 - Mod 13 60 0 . As s um i ng a ll s ys t em s a r e ope r a t i ng no r m a l ly , a s a i r c r a f t e le c t r i ca l load

i nc r ea s e s , gene r a t o r ou t pu t vo l t age wi ll a ) d e cr e a s e a n d a m p e r a g e o u t p u t in c r e a s e s b ) in c r e a s e s a n d a m p e r a g e o u t p u t i n c r e a s e s # c ) r e m a i n co n s t a n t a n d a m p e r a g e o u t p u t in c r e a s e s 60 1. Ba t t e r y t r ays a r e a ) m e t a l fo r e a r t h i n g p u r p o s e s # b ) m e t a l wit h PVC coa t i ng and a n t i co r r o s i ve pa i n t c ) abs o r ben t t o s oak up e l ec t r o l yt e 60 2 . W hen i n s t a l li ng m u l t ip l e ba t t e r i e s on a i r c r a f t t hey a r e connec t ed i n a ) pa r a l le lb) s e r i e s # c ) e it h e r p a r a l le l or s e r i es a n d s w i t ch e d b e t w e e n a s a n o p t i o n 6 0 3 . W h a t is t h e s m a l l p in o n t h e D C g r o u n d p o w e r c o n n e c t o r ? a ) Gr o u n d o r e a r t h b) Pos i t i ve t o ba t t e r y r e l ay


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# c ) Pos i t ive t o ext e r n a l power r e l ay 6 0 4 . M a xi m u m b a t t e r y t em p e r a t u r e o n c h a r g i n g b e fo r e p r o t e ct io n c ir c u i t s ta r t s i s a) 71 degr ees F # b ) 144 Degr ee s F c) 144 D egre es C6 0 5 . I f a n a i r c r a ft h a s n o b a t t e r y c h a r g e r t h e b a t t e r y is c h a r g e d b y # a ) con s t an t vo l t ageb ) co n s t a n t c u r r e n t c ) co n s t a n t c u r r e n t u n t i l a p r e d e t e r m i n e d l im i t w h e n i t a u t o m a t ic a lly s w it ch e s t o

cons t an t vo l t age 6 0 6 . B a tt e r y c h a r g in g p r o c e d u r e s c a n b e f o u n d in AT Aa ) Cha p t e r 24 Sec t ion 2 1# b ) Ch a p t e r 2 4 S e c tio n 3 1c) Cha pter 31 Sec t ion 2160 7. I n a c a r bon p i l e r egu l a t o r t h e r e s i s t ive el em en t i sa ) i n s e r i e s wi t h t he f i e ld an d chan ges r e s i s t ance wi t h chan g ing l eng t h # b ) i n s e r i e s wi t h t he fi e ld an d chan ges r e s i s t ance wit h s u r f ace a r ea con t ac t c ) in p a r a l le l wit h t h e fi e ld an d cha nges r e s i s t ance wi t h chan g ing l eng t h Page 6 9 - Mod 1360 8 . The ou t pu t o f a c a r b on p i le r egu l a t o r wi t h n o va r i a t ion o f load i ng is # a ) s t a t io n a r yb) f l uc tua t i ng c ) p u l se w i d t h m o d u l a t i n g60 9 . I n a t r a ns i s t o r vo l t age r egu l a t o r t h e vo l t age ou t p u t i s con t r o l l ed bya ) t r a n s fo r m e r s a n d t r a n s i st o r s b ) d io d e s a n d t r a n s fo r m e r s # c ) ze n e r s a n d t r a n s i st o r s 610 . Pa r a l le l ed r e l ay fo r DC s ys tem i s ene r g i s ed an d conn ec t ed bya) vol tage co i l b ) c u r r e n t c o i l# c ) vo l t age and cu r r en t co il


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1. Flaps at landing positiona ) dec r ea s e t ake o f f an d l and i ng s peed b) dec r ea s e t ake o f f s peed # c ) d e cr e a s e l a n d i n g s p e e d 2 . Lower i ng o f t he f laps # a ) i n c r e a s e s d r a g a n d l if tb ) in c r e a s e s d r a g c) incre ases l if t 3 . P u s h i n g th e l e ft r u d d e r p e d a l # a ) yaws t h e a i r c r a f t le f t and pos s i b l y t he r i gh t w i ng wi ll r i s e b) yaws th e a i rc r a f t le f t and po ss ib ly the l e f t wing wi ll r i se c ) yaws t h e a i r c r a f t le f t bu t ha s no e ff ect on t he w i ng 4 . W h a t p r e v e n t a t iv e m a i n t e n a n c e ca n b e c a r r i e d o u t i n c a s e o f H I R F ? a ) Check o f a i r c r a f t s t r uc t u r e b ) B o n d i n g a n d i n s u la t i o n t e s t s # c ) Sh i e ld i ng o f a l l s ens i t i ve equ i pm en t 5 . W h a t d o r u d d e r v a t o r s d o ? # a ) Co n t r o l p it c h a n d y a w b) Con t r o l p i t ch and r o l lc ) Con t r o l yaw and r o l l6 . On a h e l icop t e r w ha t i s d r agg ing? a ) M ovem en t o f e ach b l ade ve r t i ca l ly abou t t h e i r l a t e r a l h i nges # b ) M ovem en t o f e ach b l ade ho r i zon t a l ly abou t t he i r ve r t i ca l h i nge c ) Con t ac t o f t he b l ade t i p s on t h e g r oun d 7. W ha t con t r o l s p i t ch an d r o l l on a d e l t a wing a i r c r a f t ? a ) E l eva t o r s b) Ai le r on s # c ) E levons 8 . I f y o u a d d a n a e r i a l, t o s t r e n g t h e n t h e a i r f r a m e yo u a d d # a ) a n i n t e r n a l d o u b l e r


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b ) e x t e r n a l d o u b l er c ) an i n t e r cos t a ls 9 . W h a t d o e s a t r i m t a b d o ? # a ) Eas e s con t r o l load i ng fo r p i lo t b) All ows t he C o f G t o be ou t s i de t he n o r m a l li m i t c ) P r o v ide s f ine r con t r o l m ovem en t s by t he p i lo t Pa ge 1 - Mo d 13 10 . H o w d o e s a b a l a n c e t a b m o v e? a ) I n t h e s a m e d i r e c t io n p r o p o r t i o n a l t o t h e c o n t r o l s u r fa c e it i s a t t a ch e d t o b ) I n t h e s a m e d i r e ct io n a s m a l l a m o u n t # c ) I n t he op pos i t e d i r ec t ion p r op o r t i on a l t o the con t r o l s u r f ace i t i s a t t a ched t o 11. Sa t e ll it e t r ans m i t s upd a t e s on eve r ya ) 13 t h o r b i t b ) 9 t h o r b i t c ) 2n d o r b i t 12. Galley an d cabin l igh t in g oper a te on a ) DC bus b) AC bu s # c) GND ser v ices 13 . Bu f fe r a m p o n t r a n s m i tt e r i s b e t w e e n a ) m o d u l a to r a n d p o w e r a m p # b ) l oca l o s c il la t o r a nd m odu l a t o r c ) loca l o s c il la t o r an d d em odu l a t o r 14 . Ai r c r a f t is Nor t h o f VOR beacon o n a cou r s e o f 090 RM I po i n t e r po i n t s t o a ) 0 b ) 0 9 0 # c) 180 15 . W ha t i s power a t pu l s e?a ) P e a k p o w e r b ) P u l s e d p o w e r c) Avera ge power


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16 . W ha t f r equ ency i nc r ea s e s r ada r r e l a t ive r a nge a ) L o n g # b ) S h o r t c ) Rad a r r e l a t ive r a nge cann o t be inc r ea s ed by fr equ ency chan ge 17 . I f r a da r pu l s e is r ed uced t h e r e i s a ) inc r ea s ed r e l a t ive r a nge b) r edu ced r e l a t ive r a nge # c) n o e f fec t 18 . I f an 80 ohm coax ia l cab l e is conn ec t ed t o an 80 ohm d i po l e a e r i a l , r e s i s t ance

w o u l d b e a ) 8 0 o h m b) 160 ohm c ) 0 o h m Page 2 - Mod 1319. Add ing 6 foot of cab le to TX RX aer ia l s on r ad a l t wou ld g ive you # a ) 3 ft e r r o r b ) 6 f t er r o r c) 12 foot e r r or 2 0 . M a x im u m p o w e r o n a w a v e gu i d e is g o ve r n e d b y t h e a ) wi des t wi d t h # b ) n a r r o w e s t w id t h c ) n u m b e r o f jo i n t s a n d b e n d s 21. Wh ich s ide o f the p i lo t i s th e co l lec t ive? # a ) Le ft b) R i gh t c ) I n - be t ween l egs 22 . W ha t e f fec t does t he g r ou nd h ave on a he l icop t e r ? # a ) I nc r ea s e s l if tb) No ef fec t c ) In c r e a s e s t h r u s t 2 3 . W h a t d a m p s v ib r a t i o n s o n a h e li co p t e r ?


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a ) P f if er d a m p e r b) Swas h p l a t e c) Sci ssor l ever s 24 . W ha t de s i gn f ac t o r s gove r n RPM of a he l icop t e r r o t o r ? # a ) W e i gh t o f b l ade b ) E n g in e a n d g e a r b o x c ) Fi nen es s r a t i o 25. Rela t ive ve loc ity of r o tor # a ) i nc r ea s e s a t f wd t r ave ll ing b l ade b) inc r ea s e s a t r e t r e a t i ng b l ade c) is equ a l for a l l b lad es 26 . W hen OAT inc r ea s e s wha t hap pen s t o an he l i cop t e r op e r a t i ng ce i li ng? a ) I n c r e a s e # b ) D e c r e a s e c) No effect 27. How m an y s a t e ll it e s r equ i r ed f o r GNS? a ) 8 # b ) 4 c ) 6 90 o a p a r t Page 3 - Mod 1328 . I f on a l e ad - ac id b a t t e r y , s eve r a l c e ll checks o f SG r ead cons i s t en t l y low. Ba t t e r y

n e e d s a ) t opp i ng up w i t h d i s t il led wa t e r b) r ep l ac i ng # c ) r e ch a r g in g 29 . W ha t happ ens wh en ba t t e r y m a s t e r i s s wi t ched o f f i n fl igh t ? # a ) Ba t t e r y d i s con nec t ed f r om cha r ge ci r cu i t b) No ef fec t c ) E lec t r i ca l s ys t em s s h u t d own 3 0 . i n M LS , w h a t i s t h e b e a m a n g le a w a y fr o m r u n w a y a ) 2 0 d e gr e e s


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b) 15 degr ees c ) 10 deg r ee s 31. A f u ll ope r a t i ona l au t op i lo t s y s t em w i ll en s u r e t h a t a ) t he a u t om a t i c p i lo t wi l l au t o m a t i ca ll y d i s engage wh eneve r any f a il u r e i s de t ec t ed b) t he a u t om a t i c p i l o t wil l au t o m a t i ca l ly cau s e t he a i r c r a f t t o ove r s hoo t i f an y

fa i lur e i s de te c ted # c ) t he a i r c r a f t w il l con t i nu e i t s au t om a t i c lan d i ng i n t h e even t o f a s i ng le f a il u r e 32 . W ha t i s the 'Q ' code fo r r un way head i ng? a ) QDH # b ) Q D M c) QDR 3 3 . d u r i n g a n a u t o m a t ic la n d in g , t h e a i r c r a f t d e s ce n t r a t e i s s e n s e d b y a ) p i t ch r a t e gy r os # b ) r a d i o a lt im e t e r s c ) ve r t i c a l a cce l e r om e t e r s 34 . t he a i r c r a f t dec r a bb i ng s igna l , u s ed d u r i ng au t o l and , o r i gi na t e s fr o m a ) r o l l e r r o r s b) l oca l is e r d ev ia t i on e r r o r s # c ) h e a d i n g e r r o r s 35 . An au t om a t i c t h r o t t l e , engaged i n t he EPR m ode , wi ll con t r o l a ) t h e a i r c r a f t a lt it u d e t o m a i n t a in c o n s t a n t e n g in e i n p u t p r e s s u r e b ) t h e e n g in e t h r o t t l es t o m a i n t a in a c o n s t a n t a c ce le r a t i o n r a t e # c ) th e e n g in e t h r o t t l es t o m a i n t a in a c o n s t a n t e n g in e p o w e r s e t t in g 3 6 . Ov er s h o o t o r g o -a r o u n d m o d e c a n b e i n i ti a t ed a ) on l y whe n a u t op i lo t i s engaged # b ) a f t e r g li de s l ope cap t u r e c ) a t any t im e Page 4 - Mod 13 37. The wh ee l he igh t a t wh i ch t he ap p r oach p a t h h a s been v is ua l ly a s s e s s ed a s

s a t is fa c t o r y to c o n t i n u e t h e a p p r o a c h t o a l a n d i n g is k n o w n a s t h e # a ) dec is i on he i gh t


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b) in t e r cep t he i gh t c ) a l er t he i gh t 38 . The I n t e r na t i ona l C iv il Av ia t i on Or gan i s a t i on w ea t he r c a t ego r y 3A is a ) o p e r a t i o n d o w n t o a n d a l o n g th e s u r fa c e o f t h e r u n w a y w i t h o u t e xt e r n a l

r e f e r e n c e b ) o p e r a t i o n d o w n t o s i xt y m e t e r s a n d R V R o f 8 0 0 m e t e r s # c ) o p e r a t i o n d o w n t o a n d a l o n g th e s u r fa c e o f t h e r u n w a y w i t h R VR o f 2 0 0 m e t e r s 39 . Run way v is ua l r an ge in ( RVR) is ob t a i n ed by a ) i n f o r m a t i on ob t a i ne d t h e l oca l M e t eo r o l og ica l Of fi ce b ) t h r e e s e t s o f in s t r u m e n t s a t t h e s i d e o f t h e r u n w a y # c ) o n e s e t o f i n s t r u m e n t s t h e t h r e s h o l d o f t h e r u n w a y40 . A ca t ego r y 3B a i r c r a f t u s i ng fa i l ope r a t i ona l au t om a t i c l and i ng equ i pm en twh i ch f a il ope r a t i on a l con t r o l and r o l l ou t gu i dan ce wi ll have a ) a dec i s ion he i gh t o f abou t 50 f ee t# b ) n o d e c is io n h e i gh t c ) a dec i s ion h e i gh t dep end i ng upon t h e RVR 4 1. Th e p u r p o s e o f a y a w d a m p e r i s to a ) a s s is t t h e a e r o d y n a m i c r e s p o n s e b ) p r o d u c e a co -o r d in a t e d t u r n # c ) b l ock t he Du t ch r o l l f r equen cy42 . i n a t r i p l ex s ys t em , t he d e t ec t ion o f a f a il u r e o f one s i m p l ex s ys t em wi ll

d i s connec t a ) a l l chan ne l s # b ) t h e f a il e d s ys t e m a n d c a r r y o n w i t h a n a u t o l a n d c ) th e f a ile d s y s te m a n d c o n t in u e w i th a m a n u a l a p p r o a c h 4 3 . St a n d o f f e r r o r s o n l o ca li se r a p p r o a c h a r e w a s h e d o u t b y a ) d i ff er en t i a t ing d ev ia t i on s i gna l b) i n t eg r a t i ng d ev ia t i on s i gna l # c ) in t e g r a t i n g co u r s e e r r o r 44 . W i t h au t o t h r o t t l e s e lec t ed in t he SPEED M ODE com pa t i b l e au t op i lo t m o des a r e a ) VOR ARM and H DG HOLD # b) IAS HOLD an d ALT ARM


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c) V/S an d ALT ARM Page 5 - Mod 13 4 5 . W h i ch m o d e s a r e i n c o m p a t i b le a) VOR + ALTITUDE H OLD # b) G/ S + ALTITUDE H OLDc ) HDG + V/ S H OLD46 . To ca r r y ou t an au t op i l o t check fi r s t a) swi tch o f f a l l power # b ) e n s u r e a l l co n t r o l s u r f a c e s a r e u n o b s t r u c t e d c) swi tch on N AV re ce ivers 47. FAIL PASSIVE m ean s a ) s y s t em s e l f m on i t o r s , fa i lu r e do es n o t a f fec t s y s tem # b ) s y s t em s e l f m on i t o r s , f a il u r e does a f fec t s ys t em c ) s ys t em i s dup l ic a t ed , f a il u r e a l lows a i r c r a f t t o con t i nu e a u t o l a n d 48 . On t h e app r o ach t h e au t op i lo t l o s e s t he LOC s i gna l ; t he a i r c r a f t wou l d a) f ly a ci rcle b) i nc r ea s e i t s d r i f t ang l e# c ) fl y pa r a l le l t o t he b eam 4 9 . Th e A ir w o r t h i n e s s r e q u ir e m e n t s f o r t h e a u t o p i lo t / a u t o l a n d s y s te m a r e l a i d

d o w n i n # a ) J A R AW O b) CAIPs c) BCARs 5 0 . VO R ca p t u r e c a n b e d e t e r m i n e d b y a ) a p r e d e t e r m i n e d l e ve l o f t h e c o u r s e e r r o r s ig n a l a w a y fr o m t h e s e l e ct e d r a d i a l# b ) i s co m p u t e d f r o m t h e v ec to r i a l s u m m a t io n o f t h e co u r s e e r r o r a n d r a d i o

devia t ion s igna l s c ) a p r ed e t e r m i ned l eve l o f the VOR dev ia t i on s i gna l away fr om t he s e l ec t ed r ad i a l51. Ve r s i n e i s gene r a t ed by a ) t o r q u e r e c ei ve r s y n c h r o s


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# b ) s yn c h r o s r e s o l ve r s c ) c o n t r o l s yn c h r o t r a n s fo r m e r s 52 . Au t om a t i c t r i m i s u s ed t o # a ) m a i n t a i n l eve l fl igh t b) p r even t s s t an d i ng load s on t he e l eva t o r c ) a ll ow f u ll au t h o r i t y t o be r ega in ed by t h e a i l e r on Page 6 - Mod 13 53 . An o ve r s t a t i on s en s o r ( OSS) is t r i gge r ed by a ) m e a s u r e d r a d i o d e vi a tio n # b ) r a t e o f chan ge o f r a d i o dev ia t i on c ) r a t e o f cha nge o f cou r s e 54 . Synch r o n i s a t i on c ir cu i ts i n au t op i lo t s ens u r e a ) t h a t t h e t r i m i n d i c a t o r s w il l r e a d z e r o p r i o r t o e n g a ge m e n t # b ) t h a t t h e a u t o p i lo t c o n t r o l ci r c u it s a r e a t z e r o d e m a n d c o n d i t io n s e n g a ge m e n t c ) tha t t he a i r c r a f t w il l a l ways be r e t u r ned t o s t r a i gh t an d l eve l f li gh t wh en t h e

au t op i lo t i s en gaged 55 . In t he FM S ve r t i ca l na v iga t ion ( V NAV) cl im b m ode t he t h r o t t l e s a r e u s ed f o r # a ) m a i n t a in i n g a co m p u t e d E P R b ) co n t r o l li n g t o a m a x im u m t h r u s t c ) co r r e c ti o n m in o r s p e e d d e vi a t io n s 56 . The GA m ode i s u s ua l ly in i t i a t ed by a ) p r e s s i n g a b u t t o n o n t h e c o n t r o l w h e e l# b ) p r e s s in g a b u t t o n o n t h r u s t le ve r s c ) m a k i n g a s e le c tio n o n t h e m o d e c o n t r o l p a n e l57. On s e l ect i on o f t he Tu r bu l ence M ode a ) t he ga i n i s dou b l ed t o r edu ce o s c il la t i on b ) t h e g a in r e m a i n s t h e s a m e b u t s i gn a l s a r e p h a s e a d v a n c e d # c ) th e g a i n i s r e d u c e d t o p r e ve n t s t r e s s e s t o t h e a i r f r a m e 58 . To kno w t he va l id da t a ba s e on t he FM S a ) p e r f o r m a B I TE c h e c k # b ) c a ll up t he r e l evan t page on t h e CDU


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c ) c a l l up t h e r e l evan t cu r r en t s t a t u s 59 . Co- o r d i na t ed au t op i l o t t u r n s a r e a ch i eved by # a ) yaw r a t e gyr o s i gna l s b ) a i le r o n t o r u d d e r c r o s s fe e d c ) a i le r o n t o e l eva t o r c r o s s f eed 6 0 . A ya w d a m p e r s y s t em o p e r a t e s o n a ) a l l yaw f r eq uen c ie s b ) o n l y m i d r a n g e f r e q u e n c i e s# c ) low r a nge fr eq uen c ie s 61. A GCR w i ll t r ip i f wh at i s d e tec ted? a ) U n d e r f r e q u e n c y a n d o v e r fr e q u e n c yb ) Ove r f r e q u e n c y a n d u n d e r c u r r e n t c ) O ve r c u r r e n t a n d o v e r fr e q u e n c yPa ge 7 - Mo d 13 62 . W ha t is t he i m p edan ce o f VOR o r H F ae r i a l cab l e s ? a ) 75 o h m s a n d 2 5 o h m s b ) 2 5 o h m s # c ) 5 0 o h m s 6 3 . To i m p r o v e th e i m a g e o r p ic t u r e w h e n u s i n g t h e W R X ( w e a t h e r r a d a r r e c e iv er ) a ) s ca n a t a l o w e r r a t e b ) u s e s h o r t e r b u r s t s c ) u s e lo n g e r b u r s t s 64 . I n a v ib r a t o r t ype vo l t age r egu l a t o r # a ) t he r e s i s t o r i s i n s e r i e s wit h t h e f ie l d b) pa r a l l e l wi th th e f ie ld c) in se r ies wi th th e vol tage co i l6 5 . W h e r e d o e s it s t a t e w h a t e m e r g e n c y e q u i p m e n t a n d w h a t l eve ls o f e m e r g e n c y

e q u i p m e n t s h o u l d b e ca r r i ed o n a n a i r c r a ft # a) BCAR sec t ion A4-8 o r A8-4 b) J AR OPS c ) M a i n t e n a n c e M a n u a l


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66 . I f a s ect i on o f t he em er gen cy f loo r p r ox i m i t y li gh t s a r e i nope r a t i ve a ) t he a i r c r a f t c ann o t f ly i. e . gr o un ded un t i l t he d e f ect i s fi xed b ) t h e a i r c r a f t ca n f ly b u t t h e s e c t io n w i t h t h e p r o b l e m i s n o t u s e d / s h u t o ff # c ) t he a i r c r a f t is a l lowed t o f ly back t o ba s e wh e r e t h e de f ec t can be f ixed 67 . The t a i l nav li gh t . W ha t an g le o f d i ve r gen ce s hou l d i t have? a ) 180 deg r ee s b) 120 deg r ee s # c ) 140 deg r ee s 6 8 . W h e n c h a n g i n g t h e b r u s h e s o n a D C g e n e r a t o r t h e b r u s h e s m u s t b e b e d d e d f ir s t ,

t h i s c a n b e d o n e # a ) w i t h t h e g e n e r a t o r f it t e d t o t h e a i r c r a f t b ) t h e g en e r a t o r t a k e n o ff th e a i r c r a f t a n d b e d d i n g d o n e o n t h e b e n c h c ) a t t h e m a n u f a ct u r e r s o n l y6 9 . W h a t m u s t b e t a k e n i n t o a c co u n t w h e n m e a s u r i n g t h e S G o r r e la t iv e d e n s it y o f a

l e ad ac i d ba t t e r y? # a ) T h e te m p e r a t u r e b ) Th e a m b i e n t p r e s s u r e c ) T h e a m b i en t h u m i d it yPage 8 - Mod 13 70 . T h e p o ly th e n e c o a t in g o n a H F a n t e n n a w i r e i s p r o v id e d # a ) t o p r even t p r ec ip i t a t i on s t a t i c bu i ld u p b ) t o p r e ve n t t h e w i r e fr o m c o r r o d i n g c ) to p r e ve n t t h e w i r e f r o m c h a f in g 71. W e a t h e r r a d a r d o m e s a r e p r o t e ct e d f r o m l ig h t n i n g s tr i k e s b ya ) t he u s e o f s pec ia l con du c t ive pa i n t # b ) b o n d i n g s tr i p s c ) s pec i a l cond uc t i ng o r non -condu c t ing g r ea s e 72 . An e l eva t o r t ab m oves down # a ) t o coun t e r ac t fo r t h e a i r c r a f t fl yi ng nos e h eavyb ) t o m a k e t h e n o s e g o d o w n c ) t o coun t e r a c t fo r t he a i r c r a f t f ly ing t a i l heavy

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