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HOT SEAT CHALLENGE
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HOT SEAT CHALLENGE

Feb 24, 2016

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HOT SEAT CHALLENGE. SCORING. First team finished with correct answer Second team finished with correct answer Correct answer Incorrect answer Talking. 3 Points 2 Points 1 Point -2 Points -3 Points. DETERMINE IF THE FOLLOWING STATEMENTS ARE ALWAYS/SOMETIMES/NEVER. S. 1. - PowerPoint PPT Presentation
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Page 1: HOT SEAT  CHALLENGE

HOTSEAT

CHALLENGE

Page 2: HOT SEAT  CHALLENGE

SCORING• First team finished with

correct answer

• Second team finished with correct answer

• Correct answer

• Incorrect answer

• Talking

• 3 Points

• 2 Points

• 1 Point

• -2 Points

• -3 Points

Page 3: HOT SEAT  CHALLENGE

DETERMINE IF THE FOLLOWING

STATEMENTS ARE

ALWAYS/SOMETIMES/NEVER

Page 4: HOT SEAT  CHALLENGE

S

A right triangle is isosceles.

1

Page 5: HOT SEAT  CHALLENGE

SIf AB is the

perpendicular bisector of CD, then CD is the

perpendicular bisector of AB.

2

Page 6: HOT SEAT  CHALLENGE

NThe base angles of

an isosceles triangle are

obtuse.

3

Page 7: HOT SEAT  CHALLENGE

NA right triangle

can be equilateral.

4

Page 8: HOT SEAT  CHALLENGE

NAn obtuse scalene

triangle is congruent to an acute scalene

triangle.

5

Page 9: HOT SEAT  CHALLENGE

SThe base of an

isosceles triangle is shorter than

either leg.

6

Page 10: HOT SEAT  CHALLENGE

AIf three sides of one

triangle are congruent to three sides of another triangle, the triangles

are congruent.

7

Page 11: HOT SEAT  CHALLENGE

SThe perpendicular

bisector of a triangle passes through the

opposite vertex.

8

Page 12: HOT SEAT  CHALLENGE

AIf a median of a

triangle is also an altitude, then it is

also an angle bisector.

9

Page 13: HOT SEAT  CHALLENGE

N

An obtuse triangle has three

obtuse angles.

10

Page 14: HOT SEAT  CHALLENGE

S

Two equiangular triangles are congruent.

11

Page 15: HOT SEAT  CHALLENGE

S12

The diagonals of a parallelogram are

perpendicular.

Page 16: HOT SEAT  CHALLENGE

A13

A square is a rectangle.

Page 17: HOT SEAT  CHALLENGE

N14

A parallelogram is a trapezoid.

Page 18: HOT SEAT  CHALLENGE

A15

Opposite angles of a parallelogram

are congruent.

Page 19: HOT SEAT  CHALLENGE

A16The diagonals of a

rhombus are perpendicular bisectors of

each other.

Page 20: HOT SEAT  CHALLENGE

N17

The diagonals of a trapezoid bisect each

other.

Page 21: HOT SEAT  CHALLENGE

A18

The diagonals of a square are congruent.

Page 22: HOT SEAT  CHALLENGE

A19

Consecutive angles in a parallelogram are supplementary.

Page 23: HOT SEAT  CHALLENGE

S20

A rectangle is a kite.

Page 24: HOT SEAT  CHALLENGE

A21A quadrilateral with two

disjoint pairs of consecutive sides congruent is a kite.

Page 25: HOT SEAT  CHALLENGE

S22

A quadrilateral with congruent diagonals is a

rectangle.

Page 26: HOT SEAT  CHALLENGE

A23

A parallelogram with adjacent sides congruent

is a rhombus.

Page 27: HOT SEAT  CHALLENGE

S24m || n

One plane contains m while another plane

contains n. The two planes are ||.

Page 28: HOT SEAT  CHALLENGE

S25There are three lines:

l, m, and n.l || m, m || n, and l || n

l, m, and n are coplanar.

Page 29: HOT SEAT  CHALLENGE

S26If a line is perpendicular to one of two skew lines then it is perpendicular to the

other.

Page 30: HOT SEAT  CHALLENGE

S27

AX BX BX is in plane m AB plane m

Page 31: HOT SEAT  CHALLENGE

S28

Lines parallel to the same plane are parallel.