name of faculty : smt. .manisha (theory) & smt. ravita

1

Name of Faculty : Smt. .Manisha (Theory) & Smt. Ravita(Practical) Discipline : Computer Engg. & ECE Semester : 2nd Subject : Applied Physics-II Lesson Plan Duration : 15 Weeks (from January 2018 to April 2018) Work Load (Lecture/Practical) per week (in hours): Lecture-04, Practical-04

Week

Theory Practical

Lecture

Day Topic Including Assignment/Test

Practical

Day Topic

1st

1st Wave motion, transverse waves 1st To determine and verify the time period of

Cantilever

2nd Longitudinal wave motion with examples

2nd To determine and verify the time period of

Cantilever 3rd

Terms used in wave motion like

displacement, amplitude,

4th Revision &problems will be solved of above

syllabus

2nd

1st Time-period, frequency, wavelength, wave

velocity, 1st

To determine and verify the time period of

Cantilever

2nd Relationship among wave velocity, frequency

and wave length.


Cantilever 3rd

Simple Harmonic Motion (SHM): definition,

examples


syllabus

3rd

1st Cantilever (definition, formula of time period

(without derivation). 1st

To study colour coding scheme of

resistance.

2nd Free, forced vibrations with examples

2nd To study colour coding scheme of

resistance

3rd Resonant vibrations with examples


syllabus

4th

1st Acoustics of buildings – reverberation, 1st To study colour coding scheme of

resistance.

2nd Reverberation time, echo, noise,


resistance

3rd Coefficient of absorption of sound, methods

to control reverberation time.

4th revision &problems will be solved of above

syllabus

5th

1st Ultrasonics – Introduction and their

engineering applications(cold welding) 1st

To identify different components like

resistance, capacitor, diode.

2nd Drilling, SONAR, Reflection

2nd To identify different components like

resistance, capacitor, diode. 3rd

Refraction with laws, refractive index, lens

formula (no derivation)


syllabus

2

6th

1st Power of lens (related numerical problems). 1st To identify different components like


2nd Total internal reflection and its applications



Critical angle and conditions for total

internal reflection


syllabus

7th

1st Microscope, Telescope (definition) 1st To verify laws of resistance in parallel

combination

2nd Uses of microscope and telescope.

2nd To verify laws of resistance in parallel

combination 3rd Coulombs law, unit charge,

4th Revision

8th

1st Electric field, Electric lines of force(definition

and properties), 1st

To verify laws of resistance in parallel

combination

2nd Electric flux, Electric Intensity and Electric

potential(definition, formula)


combination 3rd Electric field intensity due to a point charge.


syllabus

9th

1st Gauss law(Statement and derivation) 1st To verify laws of resistances in series

combination.

2nd

Capacitor and Capacitance (with formula and

units), Series and parallel combination of

capacitors (simple numerical problems)

2nd To verify laws of resistances in series

combination. 3rd Electric Current and its Unit, Direct and

alternating current,


syllabus

10th

1st Resistance and Specific Resistance

(definition and units) Conductance. 1st

To verify laws of resistances in series

combination.

2nd Series and Parallel combination of

Resistances. 2nd


combination. 3rd

Ohm’s law (statement and formula),

superconductivity(definition only)


syllabus

11th

1st Heating effect of current, Electric power 1st To verify ohm’s laws by plotting a graph

between voltage and current.

2nd Electric energy and its units Kirchhoff’s

laws(statement and formula)

2nd To verify ohm’s laws by plotting a graph


3rd Introduction to magnetism, Types of

magnetic materials.

4th

Revision &problems will be solved of above

syllabus

3

12th

1st Dia, para and ferromagnetic materials with

examples. 1st

To verify ohm’s laws by plotting a graph


2nd Magnetic field,magnetic intensity


between voltage and current. 3rd

Magnetic lines of force, magnetic flux and

their units


syllabus

13th

1st

Electromagnetic induction

(definition)Energy bands, Types of materials

(insulator)

1st To verify laws of reflection of light using

mirror

2nd Semi-conductor, conductor), intrinsic and

extrinsic semiconductors, p-n junction diode

2nd

To verify laws of reflection of light using

mirror 3rd p-n junction diode and its V-I characteristics


syllabus

14th

1st Diode as rectifier – half wave and full wave

rectifier (centre tap only) 1st


mirror

2nd Semiconductor transistor; pnp and npn

(Introduction only).

2nd To verify laws of reflection of light using

mirror 3rd

Lasers: full form, characteristics, engineering

and medical applications of lasers.


syllabus

15th

1st

Fibre optics: Introduction to optical fibers

(definition ,parts),applications of optical

fibers in different fields.

1st Revision of all practicals

2nd Introduction to nanotechnology

2nd Revision of all practicals 3rd

Introduction to nanotechnology (definition

of nanomaterials with examples) and its

applications.


syllabus

4

Name of Faculty : Smt. Meenu Discipline : Civil Engg. Semester : 2nd Subject : Applied Physics-II Lesson Plan Duration : 15 Weeks (from January 2018 to April 2018) Work Load (Lecture/Practical) per week (in hours): Lecture-04, Practical-04

Week

Theory Practical

Lecture


Practical

Day Topic

1st

1st Wave motion, transverse waves 1st To determine and verify the time period of

Cantilever

2nd Longitudinal wave motion with examples


Cantilever 3rd

Terms used in wave motion like

displacement, amplitude,


syllabus

2nd

1st Time-period, frequency, wavelength, wave

velocity, 1st

To determine and verify the time period of

Cantilever

2nd Relationship among wave velocity, frequency

and wave length.


Cantilever 3rd

Simple Harmonic Motion (SHM): definition,

examples


syllabus

3rd

1st Cantilever (definition, formula of time period

(without derivation). 1st

To study colour coding scheme of

resistance.

2nd Free, forced vibrations with examples


resistance

3rd Resonant vibrations with examples


syllabus

4th

1st Acoustics of buildings – reverberation, 1st To study colour coding scheme of

resistance.

2nd Reverberation time, echo, noise,


resistance

3rd Coefficient of absorption of sound, methods

to control reverberation time.

4th revision &problems will be solved of above

syllabus

5th

1st Ultrasonics – Introduction and their

engineering applications(cold welding) 1st



2nd Drilling, SONAR, Reflection



Refraction with laws, refractive index, lens

formula (no derivation)


syllabus

5

6th

1st Power of lens (related numerical problems). 1st To identify different components like


2nd Total internal reflection and its applications



Critical angle and conditions for total

internal reflection


syllabus

7th

1st Microscope, Telescope (definition) 1st To verify laws of resistance in parallel

combination

2nd Uses of microscope and telescope.


combination 3rd Coulombs law, unit charge,

4th Revision

8th

1st Electric field, Electric lines of force(definition

and properties), 1st

To verify laws of resistance in parallel

combination

2nd Electric flux, Electric Intensity and Electric

potential(definition, formula)


combination 3rd Electric field intensity due to a point charge.


syllabus

9th

1st Gauss law(Statement and derivation) 1st To verify laws of resistances in series

combination.

2nd

Capacitor and Capacitance (with formula and

units), Series and parallel combination of

capacitors (simple numerical problems)

2nd To verify laws of resistances in series

combination. 3rd Electric Current and its Unit, Direct and

alternating current,


syllabus

10th

1st Resistance and Specific Resistance

(definition and units) Conductance. 1st


combination.

2nd Series and Parallel combination of

Resistances. 2nd


combination. 3rd

Ohm’s law (statement and formula),

superconductivity(definition only)


syllabus

11th

1st Heating effect of current, Electric power 1st To verify ohm’s laws by plotting a graph


2nd Electric energy and its units Kirchhoff’s

laws(statement and formula)



3rd Introduction to magnetism, Types of

magnetic materials.

4th


syllabus

6

12th

1st Dia, para and ferromagnetic materials with

examples. 1st



2nd Magnetic field,magnetic intensity


between voltage and current. 3rd

Magnetic lines of force, magnetic flux and

their units


syllabus

13th

1st

Electromagnetic induction

(definition)Energy bands, Types of materials

(insulator)

1st To verify laws of reflection of light using

mirror

2nd Semi-conductor, conductor), intrinsic and

extrinsic semiconductors, p-n junction diode

2nd


mirror 3rd p-n junction diode and its V-I characteristics


syllabus

14th

1st Diode as rectifier – half wave and full wave

rectifier (centre tap only) 1st


mirror

2nd Semiconductor transistor; pnp and npn

(Introduction only).

2nd To verify laws of reflection of light using

mirror 3rd

Lasers: full form, characteristics, engineering

and medical applications of lasers.


syllabus

15th

1st

Fibre optics: Introduction to optical fibers

(definition ,parts),applications of optical

fibers in different fields.


2nd Introduction to nanotechnology

2nd Revision of all practicals 3rd

Introduction to nanotechnology (definition

of nanomaterials with examples) and its

applications.


syllabus

7

Name of Faculty : Smt. Manisha Khatri Discipline : Mech. Engg.-(A) Semester : 2nd Subject : Applied Physics-II Lesson Plan Duration : 15 Weeks (from January 2018 to April 2018) Work Load (Lecture/Practical) per week (in hours): Lecture-04 Practical-04 (Smt. Manisha)

Week

Lecture Day

Topic Including Assignment/Test

Practical Day

Topic

1st 1 Introduction of Wave motion. Transverse and Longitudinal Wave Motion with example

1 The Time Period of a Simple Pendulum

2 Terms related to Wave Motion. Amplitude, displacement wave velocity and time period

3 Important questions related to above topics. Relationship among wave velocity, frequency and wave length

2

The Time Period of a Simple Pendulum

4 Simple Harmonic Motion (SHM): definition, examples. Cantilever (definition, formula of Time-period (without derivation).

2nd week

1 Free, forced vibrations and Resonant vibrations with examples. Acoustics of buildings – reverberation, Reverberation time, echo, noise Coefficient of absorption of sound, methods to control reverberation time.

1 To determine and verify the time period of the Cantilever

2 Revision &problems will be solved of above syllabus.

3 Terms related to Wave Motion. Amplitude, displacement wave velocity and time period.

2 To determine and verify the time period of the Cantilever

4 Important questions related to above topics. Relationship among wave velocity, frequency and wave length.

3rd week

1 Simple Harmonic Motion (SHM): definition, examples. Cantilever (definition, formula of time period (without derivation).

1 To study color coding scheme of resistance

2 Ultrasonic – Introduction and their engineering applications(cold welding, Drilling, SONAR )

3 Reflection Refraction with laws, refractive index, lens formula (no derivation)

2 To study color coding scheme of resistance

4 Revision of syllabus and problem solving class.

8

4th week

1 Power of lens (related numerical problems)

Total internal reflection and its

applications

1 To identify different components like

resistance, capacitor, diode

2 Critical angle and conditions for total

internal reflection

3 Microscope, Telescope (definition) Uses of

microscope and telescope.

2


resistance, capacitor, diode

4


syllabus Coulombs law, unit charge.

Ist week

Lecture Day

Topic Including Assignment/Test

Practical Day

5th week

1 Electric field, Electric lines of force(definition and properties

1 To verify laws of resistance in parallel combination

2 Electric flux, Electric Intensity and Electric potential (definition, formula).

3 Electric flux, Electric Intensity and Electric potential (definition, formula)

2

To verify laws of resistance in parallel combination

4 Revision &problems will be solved of above

syllabus

6th week

1 Gauss law (Statement and derivation) 1 To verify laws of resistances in parallel

combination 2 Capacitor and Capacitance (with formula

and units), Series and parallel combination

of capacitors (simple numerical problems).

3 Electric Current and its Unit, Direct and alternating current

2


combination 4 Revision &problems will be solved of above

syllabus Important questions related to above topics. Relationship among wave velocity,

7th week

1 Resistance and Specific Resistance

(definition and units) Conductance.

1 To verify laws of resistances in series combination

2 Series and Parallel combination of

Resistances

3 Ohm’s law (statement and

formula),superconductivity(definition

only)

2 To verify laws of resistances in series combination

4 Revision of syllabus and problem solving

class.

8th week

1 Problem solving classes. and assignments.

Heating effect of current, Electric power

1 To verify ohm’s laws by plotting a graph

between 2nd voltage and current

2 Electric energy and its units, Kirchhoff’s

laws (statement and formula)

3 Introduction to magnetism, Types of

magnetic materials

2




syllabus

9

9th

week

1 Problem solving classes and assignments.


1 To verify ohm’s laws by plotting a graph


2 Electric energy and its units, Kirchhoff’s

laws (statement and formula)

3 Introduction to magnetism, Types of

magnetic materials

2



4 Dia, para and ferromagnetic materials with

examples

10th week

1 Magnetic field, magnetic intensity 1 To verify laws of reflection of light using mirror

2 Revision of syllabus.

3 Magnetic lines of force, magnetic flux and their units

2

Revision of practical

4 Revision & problems and assignments will

be solved of syllabus

11th week

1 Energy bands, Types of materials (insulator

, Semi -conductor, conductor)

1 Revision of practical

2 Intrinsic and extrinsic semiconductors

3 p -n junction diode 2

Revision of practical

4 Revision &problems will be solved of above syllabus Important questions related to above topics. Relationship among wave velocity,

12th week

1 V -I characteristics of p n junction diode. 1 Test

2 Diode as rectifier

3 Half wave and full wave rectifier (centre

tap only)

2 test

4 Revision of syllabus and problem solving

class.

13th week

1 Problem solving classes. And assignments

of Heating effect of current, Electric power

1 test

2 Semiconductor transistor; p - n -p and n - p

-n (Introduction only)

3 Lasers: full form, characteristics,

engineering and medical applications of

lasers

2

Test and assignments


syllabus

14th 1 Problem solving classes and assignments.


1 Checking lab manual

10

week

2 Fibre optics: Introduction to optical fibers

(definition, parts) applications of optical

fibers in different fields) 3 Introduction to Nanotechnology 2

Checking lab manual

4 Introduction to nanotechnology (definition

of Nanomaterials with examples) and its

applications

15th

week

1 Problem solving classes. and assignments.


1 Revision of all practical correcting lab

manuals.


syllabus

3 Revision classes 2

Revision of all practical

4 Revision classes Checking lab manuals.

11

Name of Faculty : Smt. Ravita

Discipline : Mech. Engg.-(B)

Semester : 2nd

Subject : Applied Physics-II

Lesson Plan Duration : 15 Weeks (from January 2018 to April 2018)

Work Load (Lecture/Practical) per week (in hours): Lecture-04, Practical-04

Week Theory Practical

Lecture


Practical

Day Topic

1st

1 Introduction of Wave motion. Transverse and

Longitudinal Wave Motion with examples 1 The Time Period of a Simple

Pendulum

2 Revision

3 Terms related to Wave Motion 2

The Time Period of

Cantilever 4 Revision

2nd

5 SHM, Definition, Examples, Cantilever 3

The Time Period of

Cantilever 6 Numerical

7 Free, Forced and Resonant Vibration with

examples 4 The Time Period of a Simple

Pendulum 8 Test

3rd

9 Acoustics of Buildings 5 Verify Ohm’s law

10 Revision

11 Acoustics of Buildings 6 Verify Ohm’s law

12 Revision of Chapter-1

4th

13 Ultrasonic 7 Resistance in Series

14 Numerical

15 Revision of Wave Motion 8 Resistance in Parallel

16 Problems will be cleared with Discussion

5th

17 Revision of Vibration 9 Resistance in Parallel


19 Revision of Acoustics Ultrasonic 10 Resistance in Series


6th

21 Revision of Chapter-1,2 11

Identification of Resistance

Capacitor 22 Test (Written)

23 Numerical Problems

12

Identification of Resistance

Capacitor

24 Test

7th

25 Optics (Introduction)

Reflection and Refraction with Laws 13 Colour Code Scheme of

refraction 26 Numerical Problems

27 Refraction Index, Lens Formula, Power of Lens

(Numerical) 14

Colour Code Scheme of

refraction

12

28 Revision

8th

29 TIR ad Application 15 Test

30 Numerical Problem

31 Microscope, Telescope 16 Test

32 Oral Test

9th

33 Uses of Microscope and Telescope and Oral Test 17 Test

34 Revision of Microscope and Telescope

35 Revision of Optics 18 Test

36 Test

10th

37

Electrostatics (Introduction), Coulomb’s Law,

Electric Field and Related Topics

19 Revision


39 Gauss’s Law

20 Revision

40 Test

11th

41

Capacitors, Series and Parallel combination of

Capacitors.

Oral Test 21 Revision

42 Revision of Electrostatics

43 Written Test 22 Revision


12th

45 Current Electricity (Introduction), Electric

Current, Resistance 23

Revision


47 Series and parallel combination, Ohm’s law,

Heating Effects 24

Revision

48 Test

13th

49 Kirchhoff’s Law, Written Test 25

Revision

50 Revision

51 Any backlogging will be covered otherwise

Electromagnetism, types, Magnetic Field 26

Revision

52 Numerical Problem

14th

53 Electromagnetic Induction and Written Test 27 Test

54 Revision

55 Semiconductors Physics (Introduction), Energy

Bands, Types of Semiconductors, diodes 28 Test

56 Test

15th

57 Rectifier and Transistors (Written Test) 29 Test


59 Laser, Fibre Optics

Introduction to Nanotechnology 30 Test

60 Revision of full syllabus with tests

13

Name of Faculty : Mrs. Reena Discipline : Computer Engg. & ECE SEM : 2nd SUBJECT : APPLIED MATHS II Lesson Plan Duration : 15weeks

WEEK THEORY

LECTURE

DAY TOPIC( INCLUDING ASSIGNMENT / TEST )

1 Definition of function; Even & Odd func., Concept of limits (Introduction only)

1ST 2 Introduction of 4 standards limits, Methods of finding limits.

3 Evaluation of Trigonometric, exponential & logarithmic limits.

4 Definition of DIFFERENTIATION

5 Differentiation using 1st principal.

2ND

1 Differentiation of cos x, tan x, ex by first principle

2 Differentiation of sum of functions.

3 Differentiation of product of functions.

4 Differentiation of quotient of functions.

5 Differentiation of trigonometric functions.

3RD

1 Differentiation of inverse trigonometric functions.

2 Differentiation of logarithmic differentiation

3 Differentiation of successive differentiation (upto 2nd order )

4 Higher order derivatives

5 Application of differential calculus in:MAX & MIN.

4TH

1 Application of differential calculus in: RATE OF MEASURE

2 Questions related to differentiation. Assignment on differentiation.

3 CHECKING OF HOME ASSIGNMENT.

4 Problems of students related to differentiation.

5 Class Test.

5TH

1 1ST SESSIONAL EXAM

2 1ST SESSIONAL EXAM 3 1ST SESSIONAL EXAM

4 Introduction of Integration as inverse operation of differentiation with simple examples.

5 Simple standard integrals and related problems

6TH

1 Integration by substitution method and by parts method

2 Some standard integrals.

3 Evaluation of definite integrals with given limits.

4 Applications of integration: for evaluation of area under a curve and axes (Simple problems)

5 Problems on app. of integration.

7TH

1 Numerical Integration Introduction by Trapezoidal Rule.

2 Problems on Trapezoidal Rule.

3 Numerical Problems using Simpson’s Rule

4 Problems On Integration

5 Assignment On Integration.

14

8TH 1 Checking Of Home Assignment.

2 Class Test

3 2ND SESSIONAL EXAM



9TH

1 Definition of Differential Equations.

2 ORDINARY Differential Equations WITH EXAMPLES.

3 Order, degree and linearity, of an ordinary differential equation.

4 Problems On Differential Equations.

5 Assignment On Differential Equations.

10TH

1 Test On Differential Equations.

2 Checking Of Home Assignment.

3 Definition of statistics.

4 Definition of Arithmetic Mean and related problems.

5 Definition of Median and related problems.

11TH

1 Definition of Mode and related problems.

2 Measures of Dispersion: Mean deviation and related problems.

3 Measures of Dispersion: Standard deviation.

4 Co-efficient of rank correlation.

5 Problems on mean.

12TH

1 Problems on median.

2 Problems on mode.

3 Assignment On Statistics

4 Test On Statistics


13TH

1 3rd Sessional Exam



4 Revision Of Diff. Calculus And Problems of Students

5 Revision Of Diff. Calculus

14TH


2 Revision Of Integration And Solved The Problems Raised By Students

3 Revision Of Integration


5 Revision Of Diff.Eq

15TH

1 Revision Of Diff. Eq.

2 Revision Of Statistics


4 Revision and discussion of previous year Q. Papers


15

Name of Faculty : Reena Discipline : Civil Engg. SEM : 2nd SUBJECT : APPLIED MATHS II Lesson plan duration : 15weeks

Work load : 05 lectures per week

WEEK THEORY

LECTUR

E DAY TOPIC( INCLUDING ASSIGNMENT / TEST )

1 Definition of function; Even & Odd func., Concept of limits (Introduction only)

1ST 2 Introduction of 4 standards limits, Methods of finding limits.

3 Evaluation of Trigonometric, exponential & logarithmic limits.

4 Definition of DIFFERENTIATION

5 Differentiation using 1st principal.

2ND

1 Differentiation of cos x, tan x, ex by first principle




5 Differentiation of trigonometric functions.

3RD

1 Differentiation of inverse trigonometric functions.


3 Differentiation of successive differentiation (upto 2nd order )

4 Higher order derivatives

5 Application of differential calculus in:MAX & MIN.

4TH

1 Application of differential calculus in: RATE OF MEASURE

2 Questions related to differentiation. Assignment on differentiation.

3 CHECKING OF HOME ASSIGNMENT.

4 Problems of students related to differentiation.

5 Class Test.

5TH

1 1ST SESSIONAL EXAM

2 1ST SESSIONAL EXAM 3 1ST SESSIONAL EXAM

4 Introduction of Integration as inverse operation of differentiation with simple examples.

5 Simple standard integrals and related problems

6TH

1 Integration by substitution method and by parts method

2 Some standard integrals.

3 Evaluation of definite integrals with given limits.

4 Applications of integration: for evaluation of area under a curve and axes (Simple problems)

5 Problems on app. of integration.

7TH

1 Numerical Integration Introduction by Trapezoidal Rule.

2 Problems on Trapezoidal Rule.

3 Numerical Problems using Simpson’s Rule

4 Problems On Integration

5 Assignment On Integration.

16

8TH 1 Checking Of Home Assignment.

2 Class Test




9TH

1 Definition of Differential Equations.

2 ORDINARY Differential Equations WITH EXAMPLES.


4 Problems On Differential Equations.

5 Assignment On Differential Equations.

10TH

1 Test On Differential Equations.


3 Definition of statistics.

4 Definition of Arithmetic Mean and related problems.

5 Definition of Median and related problems.

11TH

1 Definition of Mode and related problems.

2 Measures of Dispersion: Mean deviation and related problems.

3 Measures of Dispersion: Standard deviation.


5 Problems on mean.

12TH

1 Problems on median.

2 Problems on mode.

3 Assignment On Statistics

4 Test On Statistics


13TH




4 Revision Of Diff. Calculus And Problems of Students


14TH


2 Revision Of Integration And Solved The Problems Raised By Students



5 Revision Of Diff.Eq

15TH

1 Revision Of Diff. Eq.





17

Name of Faculty : Ajay Kumar Discipline : Mech. Engg.-(A) SEM : 2nd SUBJECT : APPLIED MATHS II Lesson plan duration : 15 weeks

Week Theory

Lecture Day

Topic( Including Assignment / Test )

1 Definition of function; concept of limits (introduction only)

1st 2 Introduction of 4 standards limits

3 Problems related to four standard limits.

4 Meaning of differentiation

5 Differentiation of xn , sin x 2nd 1 Differentiation of cos x, tan x, ex by first principle




5 Differentiation of trigonometric functions. 3rd 1 Differentiation of inverse trigonometric functions.


3 Differentiation Of Successive Differentiation (Upto 2nd Order )

4 Application of differential calculus in:max & min.

5 Application of differential calculus in: rate of measure 4th 1 Problems on diff. Calclus

2 Assignment on differentiation

3 Test on differentiation.

4 Checking of home assignment.

5 1st Sessional Exam 5th 1 1st Sessional Exam

2 1st Sessional Exam

3 Introduction of integration

4 Integration as inverse operation of differentiation with simple examples.

5 Simple standard integrals and related problems 6th 1 Evaluation of definite integrals with given limits.

2 Some standard integrals

3 Applications of integration: for evaluation of area under a curve and axes

4 Applications of integration: for evaluation of area under a curve and axes (simple problems).

5 Problems on app.of integration. 7th 1 Numerical integration intro

2 Numerical integration by trapezoidal rule

3 And By Simpson’s 1/3rd Rule Using

4 Problems on integration

5 Assignment on integration.

18

8th 1 Test on integration.


3 2nd Sessional Exam


5 2nd Sessional Exam 9th 1 Differential equations defi with examples.

2 Ordinary differential equations defi with examples.


4 Problems on differential equations.

5 Assignment on differential equations. 10th 1 Test on differential equations.


3 Statistics an intro

4 Measures of central tendency: mean.

5 Measures of central tendency: median. 11th 1 Measures of central tendency: mode

2 Measures of dispersion: mean deviation.

3 Measures of dispersion: standard deviation.


5 Problems on mean. 12th 1 Problems on median.

2 Problems on mode.

3 Assignment on statistics

4 Test on statistics

5 Checking of home assignment. 13th 1 3rd Sessional Exam



4 Revision of diff. Calculus and

5 Revision of diff. calculus 14th 1 Revision of diff. calculus

2 Revision of integration



5 Revision of diff. eq. 15th 1 Revision of diff. eq.

2 Revision of statistics


4 Revision and discussion of previous year q. Papers


19

Name of Faculty : Ajay Kumar Discipline : Mech. Engg.-(B) SEM : 2nd SUBJECT : APPLIED MATHS II Lesson plan duration : 15 weeks

Week Theory

Lecture Day

Topic( Including Assignment / Test )

1 Definition of function; concept of limits (introduction only)

1st 2 Introduction of 4 standards limits

3 Problems related to four standard limits.

4 Meaning of differentiation

5 Differentiation of xn , sin x 2nd 1 Differentiation of cos x, tan x, ex by first principle




5 Differentiation of trigonometric functions. 3rd 1 Differentiation of inverse trigonometric functions.


3 Differentiation Of Successive Differentiation (Upto 2nd Order )

4 Application of differential calculus in:max & min.

5 Application of differential calculus in: rate of measure 4th 1 Problems on diff. Calclus

2 Assignment on differentiation

3 Test on differentiation.


5 1st Sessional Exam 5th 1 1st Sessional Exam

2 1st Sessional Exam

3 Introduction of integration

4 Integration as inverse operation of differentiation with simple examples.

5 Simple standard integrals and related problems 6th 1 Evaluation of definite integrals with given limits.

2 Some standard integrals

3 Applications of integration: for evaluation of area under a curve and axes

4 Applications of integration: for evaluation of area under a curve and axes (simple problems).

5 Problems on app.of integration. 7th 1 Numerical integration intro

2 Numerical integration by trapezoidal rule

3 And By Simpson’s 1/3rd Rule Using

4 Problems on integration

5 Assignment on integration.

20

8th 1 Test on integration.




5 2nd Sessional Exam 9th 1 Differential equations defi with examples.

2 Ordinary differential equations defi with examples.


4 Problems on differential equations.

5 Assignment on differential equations. 10th 1 Test on differential equations.


3 Statistics an intro

4 Measures of central tendency: mean.

5 Measures of central tendency: median. 11th 1 Measures of central tendency: mode

2 Measures of dispersion: mean deviation.

3 Measures of dispersion: standard deviation.


5 Problems on mean. 12th 1 Problems on median.

2 Problems on mode.

3 Assignment on statistics

4 Test on statistics

5 Checking of home assignment. 13th 1 3rd Sessional Exam



4 Revision of diff. Calculus and

5 Revision of diff. calculus 14th 1 Revision of diff. calculus




5 Revision of diff. eq. 15th 1 Revision of diff. eq.





21

Name of Faculty : Visiting Faculty

Discipline : Mech. Engg., Civil Engg.

Semester : 2nd

Subject : Applied Chemistry-II



Week

Theory Practical

Lecture Day

Topic Including Assignment/Test Practical

Day Topic(Practical will be done using

clarity software)

1st

1st General metallurgical terms and operations with reference to iron, copper and aluminium

1st Gravimetric analysis and apparatus used in gravimetric analysis

2nd Manufacture of steel- Open hearth process.

2nd Detection of iron metal in the given solution of rust(solution of rust in HCl be provided) 3rd

Alloys- definition and purpose of alloying, Type of alloys – ferrous and nonferrous alloys, properties

2nd

1st

Applications of ferrous alloys- invar, nichrome, stainless steel, alnico and non-ferrous alloys – brass, bronze, duralumin, magnalium and solder.

1st Gravimetric analysis and apparatus used in gravimetric analysis

2nd Definition of corrosion, its types and factors affecting corrosion rate.

2nd Determination of percentage purity of commercial sample of blue vitriol using N/20 Na2S2O3. 3rd

Theories of Dry (chemical) corrosion- Pilling Bedworth rule

3rd

1st Wet corrosion in acidic atmosphere by hydrogen evolution mechanism

1st Determination of percentage purity of commercial sample of blue vitriol using N/20 Na2S2O3.

2nd Definition of passivity in metals as per galvanic series

2nd Determination of percentage purity of commercial sample of blue vitriol using N/20 Na2S2O3.

3rd Corrosion control: -Metal coatings – Cathodic protection(Sacrificial protection and impressed current voltage),

4th

1st Cementation on Base Metal Steel – Application of Metal Zn (Sheradizing),

1st Gravimetric estimation of moisture in the given coal sample (proximate analysis)

2nd Cr (Chromozing) and Al (Calorizing),

2nd Gravimetric estimation of moisture in the given coal sample (proximate analysis) 3rd

Inorganic coatings – Anodizing and phosphating

22

5th

1st Organic coatings - use of paints varnishes and enamels

1st Determination of percentage composition of volatile/non volatile matter in the given coal sample

2nd Internal corrosion preventive measures- alloying

2nd Determination of percentage composition of volatile/non volatile matter in the given coal sample 3rd Heat treatment (quenching, annealing)

6th

1st Definition of fuel, classification of fuels 1st Gravimetric estimation of ash content in the given coal sample (proximate analysis)

2nd Characteristics of good fuel, relative merits of gaseous

2nd Gravimetric estimation of ash content in the given coal sample (proximate analysis) 3rd

Relative merits of gaseous, liquid and solid fuels

7th

1st Calorific value-higher calorific value 1st Gravimetric estimation of ash content in the given coal sample (proximate analysis)

2nd Calorific value- lower calorific value,

2nd Determination of viscosity of given liquid using Redwood viscometers 3rd

Determination of calorific value of solid or liquid fuel using Bomb calorimeter

8th

1st Determination of calorific value of solid or liquid fuel using Bomb calorimeter and numerical examples.

1st Determination of viscosity of given liquid using Redwood viscometers

2nd Coal - types of coal and proximate analysis of coal

2nd Determination of viscosity of given liquid using Redwood viscometers

3rd Fuel rating – Octane number and Cetane number

9th

1st Fuel-structural influence on Octane and Cetane numbers

1st Determination of flash point of given lubricating oil using Able’s flash point apparatus

2nd Gaseous fuels – chemical composition,

2nd Determination of flash point of given lubricating oil using Able’s flash point apparatus 3rd

Calorific value and applications of natural gas (CNG)

10th

1st LPG, producer gas, water gas and biogas. 1st Determination of flash point of given lubricating oil using Able’s flash point apparatus

2nd Elementary ideal on – hydrogen as future fuels, nuclear fuels.

2nd To study the effect of metal coupling on corrosion of iron

3rd Definition of Lubricant and lubrication, type of lubrications

23

11th

1st Type of lubrications –hydrodynamic, boundary lubrication with illustrative diagrams

1st To study the effect of metal coupling on corrosion of iron

2nd Classification of lubricants –liquid lubricants, solid lubricants

2nd To study the effect of metal coupling on corrosion of iron

3rd Semi-solid lubricants and synthetic lubricants with examples

12th

1st

Properties of lubricant - Physical properties –viscosity and viscosity index, cloud point and pour point, flash point and fire point, oiliness

1st To study the effect of metal coupling on corrosion of iron

2nd Chemical properties- total acid value or number (TAV or TAN), carbon residue, emulsification factor and iodine value

2nd Detection of iron metal in the given solution of rust(solution of rust in HCl be provided)

3rd Designation of lubricating oils according to Society of Automotive Engineers (SAE)

13th

1st Cutting fluids – applications of cutting fluids, types and the factors that govern the selection of cutting fluids

1st Detection of iron metal in the given solution of rust(solution of rust in HCl be provided)

2nd Definition and types with suitable examples and applications of- Ceramics, Refractory and Composite materials

2nd Detection of iron metal in the given solution of rust(solution of rust in HCl be provided)

3rd Glass-chemical composition and application of Soda, Borosilicate and lead glasses only

14th

1st Paint, varnish and enamels- definition, constituents and advantages of these organic coatings

1st Detection of iron metal in the given solution of rust(solution of rust in HCl be provided)

2nd Definition of polymer, monomer and degree of polymerization

2nd Revision of all practicals

3rd

Brief introduction to addition and condensation polymers with suitable examples (PE, PS, PVC, Teflon, Nylon -66 and Bakelite)

15th

1st Definition of plastics, thermo plastics and thermo setting plastics with suitable examples


2nd Distinctions between thermo plastics and thermo settings 6.4 Applications of polymers in industry and daily life

2nd Revision of all practicals

3rd Distinctions between thermo plastics and thermo settings 6.4 Applications of polymers in industry and daily life

24

Name of Faculty : Chhavi Vashisht

Discipline : Computer Engg., ECE, Civil Engg.

Semester : 2nd

Subject : Communication Skills-II




Lecture


Practical

Day Topic

1st

1st Prepositions 1st Prepositions

2nd Prepositions 2nd Prepositions

3rd Revision

2nd

1st Framing Questions 1st Prepositions

2nd Framing Questions 2nd revision

3rd Revision

3rd

1st Conjunctions 1st Framing Questions

2nd Conjunctions 2nd Framing Questions

3rd revision

4th

1st Tenses 1st Framing Questions

2nd Tenses 2nd revision

3rd Revision

5th

1st Unseen Passage for Comprehension 1st Conjunctions

2nd Unseen Passage for Comprehension 2nd Conjunctions

3rd Unseen Passage for Comprehension

6th

1st Revision 1st Conjunctions

2nd

(Vocabulary enhancement - Prefixes,

Suffixes, one word substitution,Synonym

and Antonym) based upon the passage

should be covered under this topic. 3

Writing Skill

2nd revision

25

3rd





Writing Skill

7th

1st Revision 1st Tenses

2nd Writing Skill 2nd Tenses

3rd Writing Skill

8th


2nd Business Letters- Floating Quotations,

Placing Orders 2nd Tenses

3rd Business Letters- Floating Quotations,

Placing Orders

9th

1st Revision 1st Revision

2nd Complaint Letters 2nd You Tube Demo

3rd Complaint Letters

10th

1st Revision 1st Unseen Passage for Comprehension

2nd Official Letters- Letters to Government and

other Offices 2nd Unseen Passage for Comprehension

3rd Official Letters- Letters to Government and

other Offices

11th

1st Official Letters- Letters to Government and

other Offices 1st Unseen Passage for Comprehension

2nd Revision 2nd Unseen Passage for Comprehension

3rd Memos,

12th

1st Memos 1st revision

2nd Circular 2nd Letter writing

3rd Revision

13th

1st Office Orders 1st Letter writing

2nd Office Orders 2nd Letter writing

3rd Revision

26

14th

1st Agenda & Minutes of Meeting 1st Letter writing

2nd Agenda & Minutes of Meeting 2nd Letter writing

3rd Agenda & Minutes of Meeting

15th


2nd Revision 2nd Revision

3rd Revision

27

Name of Faculty : Sh. AJAY (Theory), Smt. Chhavi Vashisht(Practical)

Discipline : Mech. Engg.-(A)

Semester : 2nd





Lecture


Practical

Day Topic

1st



3rd Revision

2nd



3rd Revision

3rd



3rd revision

4th



3rd Revision

5th




6th


2nd





Writing Skill

2nd revision

28

3rd





Writing Skill

7th



3rd Writing Skill

8th





Placing Orders

9th




10th





other Offices

11th




3rd Memos,

12th



3rd Revision

13th



3rd Revision

29

14th




15th



3rd Revision

30

Name of Faculty : Smt.REENA (Theory), Smt. Chhavi Vashisht(Practical)

Discipline : Mech. Engg.-(B)

Semester : 2nd





Lecture


Practical

Day Topic

1st



3rd Revision

2nd



3rd Revision

3rd



3rd revision

4th



3rd Revision

5th




6th


2nd





Writing Skill

2nd revision

31

3rd





Writing Skill

7th



3rd Writing Skill

8th





Placing Orders

9th




10th





other Offices

11th




3rd Memos,

12th



3rd Revision

13th



3rd Revision

32

14th




15th



3rd Revision

name of faculty : smt. .manisha (theory) & smt. ravita

Documents