B Tech First Year

7/21/2019 B Tech First Year

1/15

First

Semester

Exam Duration(Hrs)

Relative

weightage

%

CODE

Course

L

T P

Credits

Theory

Practical

cws

MTE

PRE

ETE

PY1101

Engineering

P

ry$ics 3

L

2

5

3 2

10

30

20

40

MA1101

Engg.

Maths

I

3

0 4

?

20

40

40

ES1101

Environmenti

Studies

3

0 0

3

3

20

40

40

EC1101

Basic

Electror

cs

3

1

0 4

3

20

40

40

ES1102

Mechanics

of iolids

3 1

0 4

3

20

40

40

ME1101

Engg.

Graphic

2

0

2

3

2

20

40

40

ME1130

Basic

Worksh

Practice

p

1

0 2

2

2

60

40

Totalcredits

25

Second

Semester

Exam

Duration

(Hrs)

Relative

weightage

%

CODE

Course

t

T

P

Credits Theory

Practical

cws

MTE

PRE

ETE

cY1101

Engg.

Chemis

Y

2

7 2

4.

3

2 10

30 20 40

MA1201

Engg.

Maths

I

3 L 0 4

3

20

40

40

EE1r.01

Basic

Electrici

Tech.

3

L

0

4

3

20

40

40

cs1101

Programming

nC

2 L 2

4

3

2

10

30

20 40

ES1103

Engg. Thermc

lynamics

2

't

0

3

3

20 40

40

HS1101

Values,

Ethics

& Governance

2 0 0

2

2

20

40

40

EN1111

TechnicalCor

munication

2

1.

0

3 2

20

40

40

24

..\

\

\

\


2/15

cM1403

VALUES,

ETIIICS

& GOVERNAIICE

120021

Values:

Meaning

of

value

education, Three

Gunas,

Nature

and

kinds

of

value,

Understanding

Harmony

at

various

Levels:

understanding

in

the

human

being

as

co-existence

of

Self

('I')

and

Body,

in

the

Self

('I2),

understanding

myself,

harmony

with

the Body,

family,

Society,

Nature,

in

existence;

Ethics

and

Business:

Values

and

attitudes

for

professional

accountants,

Legal

frameworks,

regulations

and standards

for

business,

Nafure

of

ethics

and

its

relevance;

Rulis-

based

and frameworrk

approaches

to

ethics; Personal

development

and

lifelong

learning;

personal

qualities;

Ethical principles;

Concepts

of independence,

skepticism,

accountability

and social

responsibility;

Ethical

Conflict:

Relationship

between

ethics,

govemance,

the

law

and

social

responsibilrty,

Unethical

behaviour,

Ethical dilemmas

and

conflicts

of

interest;

Organisational

Governance:

The

role

and

key objectives

of

organisational govemance

in relation

to

ethics

and

the

laq

developmgnt

of

organisational

govemance

intemationally;

the role

of

directors

in

relation

to

organisaltional

governance; the

role

of

the

board, Types

of

board

structures

and

organisational

govemance

issues,

Policies

and

procedures

for

'best practice'

companies,

Rules

and

principles

based,approaches

to

govemance

Books:

1.

R.R.Gaur,

R.

Sangal and

G.P. Bagaria, A

Foundation

Course

in Human

Values

Professional Ethics;

Excel Books,

2010.

2.

S

Sadri

& J Sadri,

Business

Excellence

Through

Ethics

&

Governance,2nd

edition,

2015.

3.

U.C Mathur,

Orgqnisational

Governance

and business

ethics,

MacMillan

India

Ltd.

2009.

References:

1.

C.V Baxi, Organ$ational

Governance,

Excel Books, 2009

2.

D.

Mehta,

Sharm4,

Business

Ethics

and Ethos,

Ramesh

Book

Depot,

2008

3. R.

Namakumai,

$trategic

Planning

of Organisational

Strategt,MacMillan

lndia Ltd,

2000.

4.

S.

Sadri,

A.K.

Sir.lha

and

P. Bonnerjee,

Business

Ethics:

concepts

and

cases,

TMH, 1998.

\

\

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i#


3/15

cs1101

Programming

in

C

12

12

4l

Computer

funda

:

The

von Neumann architecture, flowcharts

and

algorithms, operating

system

fundame

),

programs,

assembly

language,

high level programming

languages;

Number

System:

,

decimal,

octal, hexadecimal;

C Programming:

data

types,

variables,

operators,

statements,

control

structures,

functions,

recursion,

arrays

and

pointers,

records

(structures)

files,

input/output,

standard

library

functions

and

elementary

datastructures.

Laboratorv

will

include

assignments

on

branching,

looping,

functions,

recursions,

arrays, pointers,

and

a mini

project.

TEXT

BOOKS:

REFERENCES:

1. Kernighan

B.

tV.,

Ritchie

D.,

The c

progromming

Languoge ,2nd

Ed,

pHtndia,

19gg.

2'

Gottfried

8.,'lschoum's

outline

of

progromming

with

c,

McGraw-Hill,

2004.

{ffi

h#

-\

\

\


4/15

cvl101

Mechanics

of Ri{id

Bodies:

Introduction

to

basic

principles

and

concepts,

Force

systems,

resultant

of

concurfent

and non-concurrent

coplanar

force

systems;

Equilibrium

of

concurrent

and

non-concurrent

aoplanar force

systems.

Centroid

and

moment

of

inertia

of

simple

and

composite

areas,

Kinetics:

Application

of

D

oAlembert's

work

energy

and

impulse-

momentum

principles;

Mechanics

of

Deformable

Bodies:

Mechanical

properties

of

materials,

normal

qtress

and

strain,

Hooke's

law,

modulus

of elasticity,

tension

test

on

ductile

and

brittle

material]s,

factor

of

safety,

allowable

stress,

Poisson's

ratio,

shear

stress

and

shear

strain,

modulus

of

rigidity,

relation

between

modulus

of

elasticity,

modulus

of rigidity

and

bulk

modulus;

Strisses

and

deformations

in

tapering

bars,

stepped

bars,

thermal

stresses,

statically

indeterminate

problems,

stresses

on

inclined planes,

stresses

in

thin

cylindrical

pressure

vessels.

Text

Books:

1.

S.

s. Bhavi$atti,

'strength

of

Materials',

vikas

publishers,

2005.

2.

Bhavikatti

End

Rajasekharappa,

'Engineering

Mechanics,,

New

Age

Intl,

2006.

3.

Rajput

R

K1

Sitrength

of

Materials,

S chand

&

company pvt

rtd,

2015

4.

Bansal

R

KIA

Text

Book

of Engineering

Mechanics,

S

Chand

&

Company

pw

ltd, 6tr

edition

References:

MECHANICS

OF'SOLIDS

[3

104]

Vector

Mechanics

for

Engineers,

Tata

McGraw

Hill,

2004.

Mechanics

of

Materials,

S.

I. Version,

PHI,

1993.

and

Mahadevappa, Strength

of Materials,

CBS

publishers, 2001.

Engineering

Mechanics,

Wiley

India

Pvt ltd, 5e

Edition

A Text

Book

Of

Engineering

Mechanics,

S.

Chand

& Company

pvt

Ltd.,

1.

2.

J.

4.

5.

6.

7.

Beer

and

J

E.

P.

Basa

Khurmi

R

20th

edition

S

S

Rattan,

$trength

Of

Material,

TMH

Publication,2nd

edition.

Ramamruthprn

S, Narayanan

R,

Strength

Of

Material, Dhanpat

Rai Publication,

18tr

edition.

-\

-\


5/15

cYl101

Engineering

Chemistry

12

12

4l

Chemical Fuels:

Classification;

Calorific

value and

its

determination;

Analysis

of

solid

fuel;

Liquid Fuel:

Distillation

of

petroleum,

Petroleum

cracking,

Reforming

of

petrol,

Octane

number

and Cetane

value,

Synthetic

petrol,

Combustion

based

numerical;

Water

Technology:

Hardness

of

water;

Units

of

hardness;

Ion

exchange

water

softening

technique;

Boiler

feed

water:

scale

&

sludge,

priming

and

foaming;

Polymers

&

Composites:

Molecular

weight

determination;

Glass

transition

temperatqre;

Methods

of

polymerization;

Mechanism

of

polymerization

reactions;

Compounding

of

plastics;

Vulcanization;

Conducting polymers;

Synthesis, properties

and

applications

of

some polymers;

Composition

and characteristic properties

of

composites;

Nano

Chemistry:

Synthesis, properties

and applications

of selected

nanomaterials;

Corrosion

and

its

control:

Theories

alrd Mechanism

of Corrosion;

Types

of

corrosion;

Factors

affecting

corrosion,

Protection against

gorrosion,

Paints

and

Coatings:

Antifouling

Coating,

Fire

retardant

paints

and

Case

studies.

Text

Books:

1. Jain P.c.

and

Jain

\v1., Engg.

chemistry ,

Dhanpat

Rai

and Sons,

Delhi,

l5th

Ed. 2006.

2. Kuriacose

J.c.,

Rajp Ram

J.,

chemistry

in

Engg.

and

Technologt ,

vol I/II TMH

1988.

3'

Puri

B.R.,

Sharma

iI..R.

and Pathania

M.

S.,

Principles

of Physicat

Chemistry ,

S.N. Chand

and

Co.

Jalandhar,

31st

Ed.

1990.

4.

AgarwalC.Y., Chqmistry

of Engg.

Materials ,TataPublications,

Varanasi,6thEd.1979.

5.

Sivasankar

8.,

Engine

er

ing

Chemistry

,

TNftI 2008.

Reference

Books:

1.

Ahmad,

Z., Principles

of

Corrosion

Engineering

&

Corrosion

Control ;

Chem E, Elsevier,

2006.

2.

Speight,

J.G. and

DBkker,

M.,

Fuel

Science

&Technolory

Hand

Book ,

New

yor(

1990.

3;

Harvey, D.,

Modern

Analytical

Chemistry ,

McGraw

Hill,

2000.

List of experiments

qf

Engineering

Chemistry Laboratory:

1.To

determine

the

viscosity

of

a

given

lubricating

oil at

various

tempbratures

using Redwood

Viscometer

No.

1

orNo.2.

2.To

determine

flash

point

and

fire

point

of the

given

lubricating

oil using

Pensky

Marten's

apparatus

3.To

determine

cloudl

and

pour

point

of

a

given

sample of

lubricating

oil

using cloud

and

pour point

apparatus.

4.To

determine

the mqisture,

volatile

and

ash contents

in

a

given

sample

of coal by

proximate

analyses.

5.To determine

the

calorific

value

of

fuel by

bomb's

calorimeter.

6.To

find

out the

chenpical

oxygen

demand

(coD)

of

a water sample

using

K2cr2o7.

7.To deionize

the

given

water sample

using ion

exchange

process.

.\

\

.\


6/15

8.To

determine

the

titration

using

EDTA

9.To

prepare

urea

10.To

prepare

phenol

l

l.Preparation

of

l2.Observe

the

l3.Estimation

of

l4.To determine

the

conductometric

titrati

15.To

determine

the

metric titration.

.\

permanent

and

temporary

hardness

of

given

water

sample

by

complexometric

ution.

yde

resin.

resin

(Bakelite)

ic

Composites

for

the

Adsorption

of

Water

Contaminants

of iron

and

investigate

conditions

related

to

conosion.

Mohr's

salt

solution

using

standard

Klvftro4

solution

via Redox

titration

of

given

HCI

solution

using

a

standard

NaoH

solution

by

performing

a

of

given

HCI

solution

using

a

standard

NaoH

solution

by

performing

a

pH-

\

\


7/15

ECl101

BASIC

ELECTRONICS

[3

10

4]

PN

Junction:

Formation

of

depletion

region,

Effect

of

forward

and

reverse

bias

on depletion

region,

I-V

characteristics

and

equivalent

circuits

of

ideal

and

practical

diode,

Diode

equation,

Application

of

Diodes:

Series

and

parallel

combination

of

diodes

circuits,

Half Wave

and

Full

WavJrectifiers,

gapacltor

filter,

clipper,

clamper

circuits,

Zener

Diode;

I-V

Characteristics,

Zener

Regulators,

LEDs,

BJT:

Construction,

schematic

diagram

and

characteristic

of

CE, CB

Configuration,

CC configuration

w.r.t. CE,

Relation

between

o

and

p,

transistor

biasing,

Q-point,

load

line,

fixed

bias,

self-bias,

bias

stabilization,

Transistor

as

amplifiers,

frequency

response,

Operational

Amplifiers:

Ideal

characteristics

of

an

op amp.,

inverting

and

non-inverting,

amplifiers,

linear

circuit applications

as

voltage

follower,

integrator,

differentiator,

summing

amplifier,

subtractor,

Digital

Electronics:

Number

systems,

Boolean

algebra,

DeMorgan's

Theorem,

logic

gates;

Truth

tables,

SOp,

pOS form,

K-map

for

minimization

of

Boolean

expressions,

Implementation

of

Boolean

expressions

with

logic

gates;

Combinational

circuits:

Half

and

full

adders,

Half

and

full

subtractors,

S-R

flip-flops,

Communication

Systems:

Elements

of

communication

systems,

examples

of

communication

systems,

Analog

and

optical

communications.

Reference

Books:

1.

J. Millman

& C.

C. Halkias

lntegrated

Electronics

TataMcGraw

Hill,

New

Delhi,

1994.

2.

M.

M

Mano,

'Digital

Design',

3'd

edition,

pearson,2009.

3.

G.

Kennedy,

B.

pavis,

'Electronic communication

systems',

TMH,

3'd

Edition,

19g5.

4.

B. P.

Singh

and

R

Singh,

'Electronic

Devices

and

Circuits,

Second

Edition',

Pearson

Edu,20l3.

5. R. L.

Boylestad,

T..

Nashelsky,

'Electronic

Devices

and

Circuit

Theory',

1Oft

ed, PHI,

2009.

\

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fis

L''#


8/15

EE 1101

BASIC

ELECTRICAL

TECHNOLOGY

[3

104]

Introduction

to

Indian power

scenario,

Domestic

appliances,

Basic

circuit

elements,

Source

Transformation,

Series

&

parallel

resistive

circuits,

Review

of

KirchhofPs

laws,

Star

Delta

Transformations,

DC

Circuit

Analysis:

Mesh

and

Node

voltage

analysis,

DC

Network

Theorems-

Superposition,

Thevenin,

Norton,

Maximum

Power

Transfer.

Capacitor

and

Inductor-

Series

& Parallel

connections,

Charging

&

Discharging,

Energy

stored.

Magnetic

circuits:

Terminologies,

Analysis

of series

and parallel

magnetic

circuits,

Review

of

Electromagnetism,

Electromagnetic

Induction,

Fleming's

left

& right

hand

rules,

Faradays

laws,

Lenz's

Law,

Induced

emf

in

a

conductor

&

coil,

Mutual

lnductance,

Coupling

CoefFrcient

and

dot rule.

Single

phase

AC

circuits:

Generation,

Emf induced,

Average

value,

RMS

value,

Peak

factor,

Form

factor,

Phasors,

Analysis

of

pure

R,

L,

C, Series

and

parallel

combinations

(RL,

RC

and

RLC

circuits),

Power,

Power

factor,

series

and

parallel

Resonance.

Three

phase

AC

Circuits:

Star

and

Delta connections,

Analysis

with

balanced

loads,

Power

measurements.

Transformers:

Single

phase

transformer-

types,

Construction,

working

principle,

ideal

and

practical

transformers,

losses,

Efficiency,

Regulation.

Electrical

Motors:

Introduction

of

Single

&

Three

phase

Induction

motors,

DC

Motors,

Electrical

Instruments:

Fundamentals

of

Electrical

Measuring

Instruments.

Text

Books:

1.

E. Hughes,

Electrical

and

Electronic

Technologt

(8e),

Pearson

Education,

2002.

2. T.K

Nagasarkar.

&

M.S Sukhija,

Basic

Electrical

Engineering,OuP

2005.

3.

D.

P

Kothari.

&

I.J

Nagarath,

Basic

Electrical

rechnologt,

TMH 2004.

-\

\

-\


9/15

ENl111

Technical

Communication

{2

103}

Effective

Pronunpiation:

Understanding

English

sounds

and

their

symbols,

phonemic

transcriptions,

cliaracteristics

of language;

Effective

Communication

Skills

(LSRW-

Listening,

Speaki4g, Reading and

Writing):

Definition,

process, typS,

ba:riers,

non-verbal

communication,

kmesics

&

paralanguage,

difference

between

general

and

technical

communication,

difference

between

hearing

and

listening;

Common

errors

in

professional

English:

Prepositions,

articles,

non-finite

verbs,

syntactic

erors

&

words

oftin

confused

(nouns,

verbs,

adjeptives

&

adverbs),

sentence

pattem,

question

tags,

synonyms,

antonyms,

one

word

substitutions;

Compositional

Skills:

Reading

comprehension,

paragraph

writing:

different

orders

of

paragraph

writing,

prdcis

writing,

formal

letter

writingfioU

uppti ation

L

resume

writing,

email

etiquettes,

technical

writing,

writing

a movie

rwiew-in

English;

Classroom

Activity:

Group

Discussion;

Mock

Interview;

Understanding

nuances

of

delivery

for

making

present4tions

and

impromptu public

speaking;

Literary

texts

for

Case

Studies.

Reference Books:

1.

C

Tickoo

and

J Sasikumar,

Writingwith

a

Purpose.

New

Delhi

Oxford

U

Press,

2000.

2. D

Green,

Contemporory

English

Grammar,

Structures

and

Composition,

Delhi

Macmillan

Pub$,2000.

3.

D Jones,

English

Pronouncing

Dictionary,London

ELBS,

2003.

4.

L Bauer,

An

Irytroduction

to International

Varieties

of

Engtisft,

Edinburgh

University

Press,

2A02.

5.

M

M

Mccarthy,

English

Idioms

in

(Jse,

cambridge

University

press,

2002.

6.

M Raman

and

S

Sharma,

Technical

Communication:

Principles

and

Practice

2/e,

Oxford

University

Presp,

New

Delhi

2013.

7.

N D

Burton

and J

B Heaton,

Longman

Dictionary

of

Common

Eruors,Harlow

Longman,

1998.

8.

N Ezekiel,

Collpcted

Poems,New

Delhi,

OUP, 2006.

9.

N

Krishnaswamy,

Modern

English:

A

Book

of Grammar

flsage

and

Composition,

Macmillan

Indip,2000.

10.

R

Parthasarthy

{ed.).

Ten

Twentieth

Century

Indian

Poets.New

Delhi:

OUP, 2009.

11.

S Mishra

and C

Muralikrishna,

Communication

Skillsfor

Engineers,

Pearson

Edu, 2010.

-\

\


10/15

ES1101

Environmental

Studies

[3003]

Basic

components

of the

environment:

Intemal

structure

of

Earth,

Spheres

of

Atmosphere,

Scope

of

environrnental

studies;

Environmental

concerns:

urbanization,

industri

alization,

agricultural

revolution

and

their

impact

on environment;

Structure

and

functions

of the

ecosystem:

Ecology,

Ecological

succession,

Chemical

cycles,

Energy

flow;

Environmental

pollution

and

control:

Air

pollution,

Water pollution,

Soil

pollution,

Noise

pollution;

Biodiversity

and its

conservation:

Genetic,

species

and

ecosystem

diversity,

Bio-geographical

classification

of India,

Value

of

biodiversity,

Threats

to

biodiversity,

Conservation

of

biodiversity;

Natural

resources:

Forest,

water,

mineral,

land

and

food

resources

of

India;

Sustainable

energy

and

development:

Conventional

Energy

Sources,

Non-Conventional

Energy

Sources,

Energy

audit;

Solid

waste

and

hazardous

waste

management:

Sources,

characteristics

and

control measures

of

urban

and

industrial

wastes,

Agricultural

revolution,

Environment

Impact

Assessment,

Evolution

and

history.

TEXT

BOOK:

l.

Bharucha,

E.,

Text

book

of Ercvironmental

Studies

for

undergraduate

courses ,

Universities

Press,

Hyderabad,

2nd

Editio

n,

2013

REFERENCES:

1.

Rao,

P.v.,

Principles

of Environmental

science

and

Engineeringl',pHI,2009.

2.

De,

A.

K.,

De,

A.K.,

o'Environmental

Studies,

New

Age

International

Publishers ,

New

Delhi,

2007.

3. Joseph,

B.,

Envir

onmental

studies

,

2nd

Edition,

T

ataMcGraw

Hill,

2009.

4.

Goel,

S.L.,

Kumar,

R.,*Disaster

management ,Deep

and

Deep

publications,200l.

\

\

fi}


11/15

8S1103

Engineering

Thermodynamics

[2

1031

Definitions

&

Concppts, SI

Units;

System,

Thermodynamic Properties

of

Fluids:

Mathematical,

Tabular

and Graph]ical

representation

of

data;

Ideal

gas

Van

der

Waals

Equation

of state;

Compressibility

ch{rt;

Thermodynamic

Diagrams

including

Mollier

diagram;

Steam Tables.

Zetoth

Law

of

therr{rodynamics:

temperature

scale,

First

Law

of Thermodynamics:

Applications

to

Non flow

proceEses,

Applications

of

First Law

of Thermodynamics

of Flow

Processes

-

Steady

State

/ Trar4ient;

Applications

of First Law

of

Thermodynamics

to

Chemically

Reacting

Systems,

Second

Law

of

Thermodynamics,

Applications

Thermodynamic

Relations,

Thermodynamic

Pofentials,

Maxwell's Relations;

Availability,

Power

Cycles

and

Refrigeration

Cycles,

Gas-Vapor

$4ixtures

and

Psychrometry.

Text

Book:

1.

YVC

Rao, ,tn

Introduction

to

Thermodynamics,

Orient Longman,

2009.

Reference

Bools:

Y.A.

Cengel and

M.A.

Boles,

ThermoQynamics:

an

EngineeringApproach,McGrawHill

20t4.

C. Borgnakkp

and

R. E.

Sonntag, Fundamentals

of Thermodynamics,

Wiley

India

2010.

1.

2.

\

\


12/15

MA

1101

Engineering

Mathematics

I

[3

104]

Differential

Calcnllus: Radius

of

curvature,

Circle

and

chord

of

curvature,

Asymptotes,

curve

tracing

for

Cartesilan

and

polar

curves.

Taylor's

theorem

for

a

function

of

one

variable.

Taylor's

and

Maclpurin's

expansion

of

functions.

Partial

Differentiation:

Euler's

theorem

on homogeneous fipnctions,

total

derivative, derivatives

of

composite

and

implicit

functions,

Taylor's

theorem

for

a function

of two

variables,

extreme

values

of a function

of two

variables,

Lagrange's

method

of undetermined

multipliers,

Errors

and

approximations.

Integral

Calculus:

Reduction

formulae.

Applications

of integral

calculus:

area

and

length

of

curves

and

volur{re

of

solid

of

revolution

of

simple

curves.

Matrices:

Elementary

transformations,

InTverse

and

rank

of a

matrix

by elementary

transformation,

consistency

and

solution

of

system

of

simultaneous

equations,

eigenvalues,

eigenvectors,

Caley-Hamilton

theorem,

diagonalization

of a matrix.

Text

Books:

1. B.

S.

Grew4l,

Higher

Engineering

Mathematics ,

Khanna

Publishers,

Delhi,

2006.

2.

E.

Kreyszig;

Advanced

Engineering

Mathematics ,

Wiley

India

Edition,2006.

3.

G.

B.

Thomras,

calculus

and

Analytical

Geometry ,

Narosa

pub.,

Delhi, 19g6.

References:

l.

S. Pal

&

S.

C.Bhunia,

Engineering

Mathematics ,

Oxford

University

Press,

2015.

2.

B.

Ram,

E{rgineering

Mathematics ,

Vol.

I &

[,

pearson,2012.

3.

S.

Narayan,

Differential

Calculus ,

Shyam

Lal

Charitable

Trust,

Delhi,

2002.

4.

S.

Narayan,

Integral

Calculus , S.

Chand

& Co.,

Delhi,

2005.

MA

1201

Engineering

Mathematics

II

[3

104]

Ordinary

Differeirtial

Equations:

Solutions

of first

order

and

first

degree

differential

equations,

separable

of

variables,

homogeneous

and

reducible

to homogeneous

equations,

linear

equations

&

Bernoulli

equation,

exact equations,

reducible

to

exact.

Linear

Higher

Order

Differential

Equations:

Linear

homogeneous

equations

with constant

coefficients,

inverse

differential

operators

and method

of

variation

of

parameters,

Solution

of

Cauchy's

and Legendre's

differential

equations,

solution

of

simple

simultaneous

linear

differential

equations.

Multiplg

Integrals:

Beta

and

Gamma

Functions:

elementary properties.

Double

and

Triple

integralg,

area

and

volume

by

double integration,

change

of

order

of

integration,

change

of

variables

from

Cartesian

to

polar

form and

vice

versa.

Analytical

Solid

Geometry:

Sphere,

right

circular

cone,

right

circular

cylinder.

Text

books

i

l.

B.

S.

Grewal,

Hflgher

Engineering

Mathematics ,

Khanna

Publishers,

Delhi,

2006.

2.

E.

Kreyszig,

Adianced

Engineering

Mathematics ,

wiley

India

Editi

on,2006.

3.

G.

B.

Thomas,

o'calculus

and

Analytical

Geometry ,

Narosa

pub.,

Delhi,

1986.

References:

1.

S.

Pal &

S.

C.

Bhunia,

Engineering

Mathematics ,

Oxford

University

Press,

2015.

2.

B.

Ram,

Enginepring

Mathematics ,

Vol.

I

and

II,

pearson,

2012.

3. E.

D. Rainville

flnd P.

E.

Bedient,

A

Short

Course

in

Diflerential

Equations,

Macmil

Pub..

1989.

4.

N. Piskunb\,Intqgral

Calculus,

Vol.

II,

Mir

pub.,

1981.

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\

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13/15

MEl101

ENGII\-EERING GRAPHICS

120231

Principle

of

Orthographic

Projections:

Points,

straight

lines parallel

to

one ref.

plane

(Hp/Vp)

and

inclined

to

other

ref.

plane,

Straight

lines

inclined

to

both

HP

and

VP,

Straight

lines

inclined

to

both

HP

&

VP

and

parallel

to PP,

Straight

lines

with traces,

Practical problems

on

straight

lines;

Computer

Aided

Drafting

practice;

Projections

of

Plane

surfaces:

perpendicular

one

ref.

plane

(

HP/VP

)

and

inclined

to

other

ref.

plane,

Inclined

to

both

I{p

&

Vp, Inclined

to

both

HP

&

VP

and

perpendicular

to

PP;

Projections

of Solids

(right

regular)

by change

of

position

method:

Axis

parallel

to

one

ref.

plane

(I{P/VP)

and inclined

to

other

ref.

plane,

Resting

on

one

of

the

ref.

plane,

axis

inclined

to

both

HP

&

VP,

Suspended

freely,

axis

inclined

to

both

Hp

&

VP,

Axis

inclined

to

both

FIP

&

VP

parallel

to

PP;

Projections

of

solids

by

Auxiliary

plane

method:

Axis inclined

to

both

F{P

and

VP;

Sections

of

solids (right

regular):

Using

Horizontal

and

vertical

section planes,

Using

section plane

perpendicular

to one

ref.

plane

and

inclined

to

the

other

ref.

plane,

Given

the

regular

true

shapes

of

various

solids

and

find

the inclination

of

section

plane;

Development

of

surfaces:

Parallel

line

development,

Radial

line

development,

Triangulation

development.

Isometric

projections:

Plane

surfaces

and

simple

solids

(prisms

&

cylinders),

Frustum

and

combination

of

solids,

Simple

machine

elements.

Text

Book:

1.

N. D

Bhatt

,

Engineering

Drawing,charotar

publishing

House,

Anand,

2014.

Reference

Books:

1. F.

Giesecke,

A.

Mitchell,

Engineering

Graphics,

Pearson

Education

Limited, 2013.

2.

Engineering

Graphics

using

AutoCAD,

Manual

prepared

by

Department

of

Mechanical

Engineering,

MUJ

Jaipur,

2015.

\

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\

\


14/15

M81130

Basic

Workshop

Practice

Introduction

to

Baqic workshop

experiments,

tools,

machines

and applications

of

processes;

Lathe

operations:

pacing,

tuming,

taper

turning

and

knurling

on

MS

cylindrical

work

piece;

Foundry

shop:

Stupy

of

types

of

moulding

process

and

various

tools

use

for

foundry

process,

preparation

of

a

grgen

sand

mould

and

demonstration

of

casting;

Welding:

Study

of

types

of

welding

and

applicaltions

of

welding,

perform

dif|erent

types

of welding

joints

on

MS

plate

with

arc

welding

processi

CaipentrA:

Cut and

prepare

T

halving

joint;

Fitting:

cut

and

prepare

mild

steel

square

part

anfl

make

all

the

edges

at 90

degree,

cut

a

10x10

mm

notch

on

the

mild

steel

piece

and make

all

ithe

edges

of

notch

at 90

degree;

Soldering:

prepare

fuirnel

using

soldering

operation;

Plumbinp:

cut

a

PVC

pipe

and

prepare

thread

on

it.

Text Book:

1.

S. Karunaka{an,

Production

Technologt,TataMcGrawHill,

HMT

Bangalore

2001.

Reference

Books:

1.

S.K.

Hajra

Cfraudhury

and S.K.

Bose.,

Worlcshop

Technologt

Vol.I,Media

Promoters

and

Publishefs

hrt. Ltd..

Mumbai2}I}.

2.

B.

S.

Raghuyanshi

,

Workshop

Technologt

Vol.l,Dhanpat

Rai and

Sons,

Delhi

2014.

Ir022l

\

\


15/15

PY1101

ENGINEERING

PHYSICS

,

B.Tech.

{l/

ll

Semester)

Syllabus

[3

12

s]

OPTICS:

Double

slit

interference,

interference

from

thin films,

Newton's

rings,

Michelson's

interferometer,

Single-slit

diffraction,

Diffraction

at

a

circular

aperture,

Double-slit

interference

and

diffraction

combined-

Intensity

in

double-slit diffraction

(qualitative approach),

Diffraction

of

light

through

multiples

slits,

Dispersion

and

resolving

power

of

pratings,

Polarization

of electromagnetic

waves,

Polarizing

sheets,

polarization

by

reflection,

Double

refractfon

QUANTUM

PHYSICS:

Black

body radiation

and

Planck's

hypothesis,

Stefan's

Law,

Wein's

displacement

lawl Photoelectric

effect,

compton

effect,

Photons

and

electromagnetic

waves,

wave

properties

of

particles,

d$-Broglie

hypothesis,

Davisson-Germer

Experiment,

phase

speed,

ground

speed),

the

uncertainty

principle

QIIANTUM

MECHANICS:

An

interpretation

of

quantum

mechanics,

Schrodinger

equation,

particle

in

a

bo4, Particle

in

a

wellof

finite height

(qualitative),Tunnellingthrough

a

potentialbarrier

and its

applications,

The

simple

harmonic

oscillator(qualitative)

AToMtc

pHystcs

& MoLEcutAR

pHystcs:

Atomic

spectra

of

gaseq,

Energy

states

and

spectra

of molecules,

X-rays-Types,

Moseley

law,

I-ASER:

spontaneous

and

stimula[ed

transitions,

He-Ne

and

Ruby laser, Application

of

lasers

sollD

STATE

pHystcs:

Band

theory

of

solids,

Eletitrical

conduction

in

Solids,

Superconductivity-

Super

conductors,

Meisner

effect,

BCS

Theory

(lntroductory)

and

applications

of

Superconductivity.

Lab

course:

Newton's

riirBs,

Diffraction grating,

dispersive

power,

ultrasonic

interferometer,

Series

and

parallel

resonance,

Zener

diode, Transistor

characteristics,

Band

gap

energy,

Rectifier

and

filter

circuits,

Hall

effect, He-Ne

laser,

Planc('s

Constant,

-------a--_-----_------

TEXT

BOOK

7.

D. Halliday,

R. Reshick

&

K. S. Krane;

PHYSICS;

Volume

ll; V

edition,

John

Wiley

& Sons, Inc,

2011.

2.

A.

Beiser,

S. Mahafan

&

S. R. Chaudhary;

Concepts

of

Modern

Physics;

Vl

edition McGraw

Hill,

2009.

3.

C. L.

Arora;

Practigal

Physics;

S. Chand

&

Co.

pvt.

Ltd., 2013

REFERENCE

BOOK

1.

R.

A. Serway

&

J.

W.Jewett;

PHYSCIS

for

Scientists

and

Engineers

with

Modern

Physics;

Volume

2; lX

edition,

Thomsonl

20L3.

2.

S. L.

Gupta

&

V.

K$mar; Practical

physics;

pragati

prakashan,

20L3.

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6#

B Tech First Year

Documents

Transcript of B Tech First Year