Name of the Faculty : Ms. Ritu Hooda and Ms. Sheetal Discipline : Civil, Mech., Electrical, Elex. & Communication Engg. Semester : 1 st Sem. Subject : Applied Chemistry-I Lesson Plan Duration : 15 Weeks (Aug., 2018 to Nov, 2018) Month Week Theory Practical Aug. 2018 Lecture day Topic (including Assignment/test) Practical Day Topic 1 st Week 1 st 2 nd 3 rd Physical Classification of matter - solids, liquids, gases. Chemical Classification of matter -Element, Compounds and Mixtures. Symbols of elements and valency. 1 st 1. Volumetric analysis and apparatus used in volumetric analysis. 2 nd 2 nd Week 4 th 5 th 6 th Writing of chemical formulae of simple compounds. Calculation of percentage of elements in simple compounds using atomic and molecular masses. Assignment of Unit 1. 3 rd 2. Preparation of standard solution of oxalic acid or potassium permanganate. 4 th 3 rd Week 7 th 8 th 9 th Fundamental particles- mass and charges of electrons, protons and neutrons with names of the scientists who discovered these fundamental particles. Bohr's model of atom. Successes and limitations of atomic theory (qualitative treatment only). Atomic number ,atomic mass number isotopes and isobars. 5 th Practice Practical 1 & 2 6 th
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Name of the Faculty : Ms. Ritu Hooda and Ms. SheetalDiscipline : Civil, Mech., Electrical, Elex. & Communication Engg.Semester : 1st Sem.Subject : Applied Chemistry-ILesson Plan Duration : 15 Weeks (Aug., 2018 to Nov, 2018)
MonthWeek
Theory Practical
Aug. 2018 Lectureday
Topic(including Assignment/test)
Practical Day Topic
1st Week 1st
2nd
3rd
Physical Classification of matter - solids, liquids, gases. Chemical Classification of matter -Element, Compounds and
Mixtures. Symbols of elements and valency.
1st 1. Volumetric analysis andapparatus used in volumetricanalysis.
2nd
2nd Week 4th
5th
6th
Writing of chemical formulae of simple compounds. Calculation of percentage of elements in simple compounds
using atomic and molecular masses. Assignment of Unit 1.
3rd 2. Preparation of standard solutionof oxalic acid or potassiumpermanganate.
4th
3rd Week 7th
8th
9th
Fundamental particles- mass and charges of electrons, protonsand neutrons with names of the scientists who discoveredthese fundamental particles.
Bohr's model of atom. Successes and limitations of atomictheory (qualitative treatment only).
Atomic number ,atomic mass number isotopes and isobars.
5th Practice Practical 1 & 2
6th
Sept. 20184th Week
10th
11th
12th
Assignment of bohr's model. Chemical bonding and cause of binding and types such as
ionic bond in NaCL. Sigmaand pi covalent bonds in H2,HCI,CL2.
7th 3. To prepare N/20 oxalic acid/potassium dichromate solutionfrom given N/10 oxalic acid/potassium dichromate solution.
8th
5th Week 13th
14th
15th
Metallic bondng - explanation with the help of electron gas(sea) model.
Assigment of bonding. Test of unit-2
9th 4. To determine strength of givensodium hydroxide solution bytitrating against standard oxalicacid solution usingphenolphthalein indicator.
10th
6th Week 16th
17th
18th
Definition of solution ,solute and solvent with examples. Methods to exprees the concentration of solution - molarity
(M) , molality (m). Normality (N) and numericals based on calculaton of M, m
and N.
11th Practice Practical 3 & 4.
12th
7th Week 19th
20th
21st
Introduction to PH of solution. Simple numericals on pH andindustrial applications of pH.
Definition of buffer solution and industrial applications ofbuffers solutions.
Assignment of M,m,n PH Numericals.
13th 5. Electroplate the given strip of
Fe/Cu with Cu/Ni.14th
Oct. 20188th Week
22nd
23rd
24th
Classification of water - soft water and hard water. Action of soap on hard water types of hardness,causes of
hardness. Units of hardness -mg per litre (mgL-1) and part per millon
15th 6. Estimation of total dissolved
solids in given tap water.
(ppm).16th
9th Week 25th
26th
27th
Simple numericals. Disadvantages caused by the use of hard water in domestic
and boiler feed water. Removal of hardness -Permutit process and lon-exchange
process.
17th Practice Practical 5 & 6.
18th
10th Week 28th
29th
30th
Indian water Quality standard as per WHO/BIS. Natural water sterilization by chlorine and UV radiation and
reverse osmosis. Assignment of ion exchange proues reverse osmosis.
19th 7. Determination of pH of given
solution using pH meter.20th
11th Week 31st
32nd
33rd
Test of unit 3*4. Electronic concept of oxidation , reduction and redox
reactions. Definition of terms: electrolytes,non-electrolytes,conductors,
insulators, semi-conductors with suitable examples.
21st 8. Estimation of total hardness ofwater using standard EDTAsolution and using erichromeblack-T (solochrome black-T)indicator and approximatelyneutral buffer solution (pH range7-11).
22th
Nov. 201812th Week
34th
35th
36th
Faraday's laws of electrolysis and simple numerical problems. Assignment of faraday's law. Industrial application of Electrolysis- Electroplating,
electrolytic refining and electrometallurgy.
23rd Practice Practical 7 & 8.
24th
13th Week37th
38th
39th
Application of redox reactions in electrochemical cells-commercial dry cell.
Lead storage battery and lithium ion battery. Assigment of electronical cell.
25th 9. Estimation of total alkalinity ofgiven water sample by titratingit against standard sulphuric acidsolution.26th
14th Week 40th
41st
42nd
Tetra valency and catenation property of carbon to producehuge organic compounds.
Classification of organic compounds on the basis of functionalgroups.
nomenclature of simple organic compounds in accordancewith I.U.P.A.C (compounds having six carbon atoms in amolecule belongs to alkanes(simple and with halosubstitution).
27th Practice Practical 9
28th
15th Week 43rd
44th
45th
Alcohols, aldehydes, ketones. Carboxylic acids. Assignment of nomenclature.
29th Practice Practicals
30th
Name of the faculty:- Ms. Poonam & Ms. Anju Bala
Discipline:- Applied Science
Semester:- 1st
Subject:- Maths
Lesson Plan Duration:-
**Work Load (Lectures/Practical) per week (in hours):-Lectures-03,Tutorials-02
WeekTheory
Lecture Day Topics covered (Including Assignment/Class Tests)
1stweek
1 Definition of a complex number with examples2 Introduction to real and Imaginery parts of a complex Number.3 Polar form of a complex Number.4 Cartesian from of a complex Number.5 Inter conversion of a polar and cartesian from of complex Number.
2ndWeek
6 Conjugate of a Complex Number With examples7 How to find Modulus of a Complex Number along With examples8 Amplitude -To find amplitude of complex No.9 Addition of two complex Numbers
10 Subtraction of two complex Numbers. Along with examples of subtraction.
3rdWeek
11 Multiplication of two complex Number with examples.12 Division of two complex Number Alongwith examples.
13Revision of Unit-1 complex Numbers. Alongwith Modulus and amplitudeTopics.
14 Class Test of complex Numbers.15 Introduction to the topic Logarithms.
4thweek
16 How to find logrithm of a Number.17 The basic properties of logrithm. Log m - Log n =Log(m/n)18 Property of Logrithm like Log (mn)= Log m +Log n.19 Log (m"n) = n log m. Questions based on these Properties.
20Introduction to permutation and combination. Alongwith Revision of chapter-Logrithms.
5thweek
21 Meaning of the Permutation P(n,r) Referred as arrangement of r out of n Items.22 Meaning of the combination C(n,r) taking r selections out of n items.
23Revision of the chapter permutation and combination alongwith Exerciseproblems.
24 Introduction to binomial Theorem
25Binomial theorm for any Positive integral index and exercies on General l termformula.
6thweek
26 Binomial theorm for any integer 1st and 2nd Binomial approximation.
27Assignment on Binomial theorm and Permutation and combinationIntroduction of Matrix.
28Matrix addition, substraction, multiplication up to 2*2 order MatrixMultiplication up to 2nd order.
29 Solution of equation (up to 2nd order) by Cramer's rule.30 Assignment on Matrix and class test based on Matrix.
7thWeek
31 Concept of angle, measurement of angles in degrees and radians32 How to find T Ratios of Allied angees (Without proof)
33Sum and difference formulae in trigonometry and Exercise Question based onit.
34 Product formulae (Transformation of product to sum difference) and vice versa.
35Applications of Trigonometric terms to find angel of height elevation, distanceetc.
8thWeek
36Rectangular and polar coordinates and conversion from rectangle to polar andvice versa.
37 Revision of Trigonometry alongwith Exercise problems.38 Assignment of Trigonomentry sum and difference formulae.39 Introduction to coordinate geometry. How to find slope of a line.40 To find slope of a line using two given points.
9thWeek
41 To find slope of a line using given angle42 class Test of Trigonometry sum and difference formula43 How to find equation of a straight line in standard form44 How to find equation of a straight line using slope intercept form45 to find the equation of line using intercept form
10thWeek
46 To find equation of line using one point form47 Class Test of equation of a line48 To finf equation of a line using two point form49 to find equation of a line using symmetric form50 To find equation of a line using normal form
11thweek
51 to write equation of a line in general form52 Assignment of equation of a straight line53 Revision of equation of a straight line54 Class test of equation of a straight line .55 Introduction of intersection of lines
12thweek
56 How to find the point of intersection of lines57 condition that the two lines are parallel or intersecting or not intersecting58 angle between two lines ,parallel and perpendicular lines59 exercise based on angle between lines and perpendicular lines60 convert the equation of straight line into slope intercept form
13thweek
61 Intercept form ,convert the equation into different forms62 Introduction of circle ,definition of circle ,equation of circle in standard form63 Find the radius and centre of the circle when equation of circle is given
64Diametric form of equation of circle .find the equation of circle when endpoints of diameter is given
65 find the equation od circle when radius and centre are given
14the
week
66 find the equation of circle when three points are given67 Exercise based on three points lying on a circle68 assignment on straight line and circle69 Test based on circle and straight line70 Revision of circle
15theweek
71 Revision of permutaion and combination72 Revision of logrithms73 Revision of Trigonometry alongwith Exercise problems.74 Revision of marices and detreminants75 Class test of full syllabus
NAME OF THE FACULTY: - Ms. ShaliniDISCIPLINE: - All BranchesSEMESTER:- 1stSUBJECT—Applied Physics - 1Work Load (Lecture/Practical) per week (In hours): Lecture- 04, Practical -02
Week Theory PracticalLecture Day Topic (Including
assignment/test)Practical Topic
1st 1st Introduction to subject,syllabus and books,Introduction to units anddimensions. Importance ofunits in daily life andscientific and Enggapplications