C-14-EIE-III Sem.docx

7/26/2019 C-14-EIE-III Sem.docx

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III Semester

Subject

Code

Name of the Subject

Instruction

period / week Total

Period

/ Sem

Scheme of Examination

Theor

y

Practical

/Tutorial

uration

!hours"

Session

al #arks

EndExam

#arks

Total

#arks

T$E%&'(

EI) *+,Engineering

Mathematics - II

- ) .+ * + 0+ ,++

EI )*+Electrical #achines - ) .+ * + 0+ ,++

EI )*+*Electronic e1ices and

2pplications- ) .+ * + 0+ ,++

EI)*+-i3ital Electronics - ) .+ * + 0+ ,++

EI)*+4

Electronic #easurin3

Instruments- ) .+ * + 0+ ,++

EI)*+.

Process

Instrumentation)I- 5 .+ * + 0+ ,++

P&2CTIC26(

EI)*+7 Electronic Devices and

applications Lab

) . 8+ * -+ .+ ,++

EI)*+0Digital Electronics Lab

) * -4 * -+ .+ ,++

EI)*+8 Electronic #easurin3

Instruments 6ab) * -4 * -+ .+ ,++

EI)*,+ProcessInstrumentation I Lab

) . 8+ * -+ .+ ,++

T%T26- ,0 .*+ 0+ 7+ ,+++

ENGINEERING MATHEMATICS II

(Common to all Branches)

1


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Subject Title En!ineerin! Mathematics"II

Subject Co#e EIE"$%&

S'

NoMajor Toic

No o

*erio#s

+ei!hta!e

o Mar,sShort T-e Essa- T-e

.nit " I & 9 2pp & 9 2pp

& In#einite Inte!ration ,0 *- , + , , ,/

.nit " II

/0einite Inte!ration

an# its alications,7 *, + , , + , , ,/

.nit " III

$0ierential E1uations

o irst or#er ,4 8 , + ,/ ,/ ,

.nit " I2

3 Statistical Metho#s ,+ ,. , , + , + +

Total .+ ,,+ 4 - , ,/ ,/ *

#arks( ,4 , * 4 4 *+

R Rememberin! t-e -+ marks

. .n#erstan#in! t-e *7 marks

A Alication t-e ** marks*erio#s er 4ee, %3

*erio#s er Semester 5%

6B7ECTI2ES

9pon completion of the subject the student shall be able to

.nit"I

&'% .se In#einite Inte!ration to sol8e en!ineerin! roblems

,:, Explain the concept of Indefinite inte3ral as an anti)deri1ati1e:

,: State the indefinite inte3ral of standard functions and properties of Inte3rals !u ; 1"

dx and ku dx where k is constant and u, vare functions ofx.

,:* Sol1e inte3ration problems in1ol1in3 standard functions usin3 the abo1e rules:

,:- E1aluate inte3rals in1ol1in3 simple functions of the followin3 type by the method of

substitution:

i !"ax # b dx $here !"x dx is in standard form.

ii %!"x&n ! "x dx

2


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iii ! "x'%!"x& dx

iv ! (g"x) g "x dx

,:4 s rule for e1aluatin3 the inte3rals of the form

vdxu.:

,:,* E1aluate the inte3rals of the formex %!"x # ! "x& dx.

.nit"II/'% .n#erstan# #einite inte!ral an# use it in en!ineerin! alications

:, State the fundamental theorem of inte3ral calculus

: Explain the concept of definite inte3ral:

:* Calculate the definite inte3ral o1er an inter1al:

:- State 1arious properties of definite inte3rals:

:4 E1aluate simple problems on definite inte3rals usin3 the abo1e properties:

:. Explain definite inte3ral as a limit of sum by considerin3 an area:

:7 s ,/* rules for approximation of inte3rals and

pro1ide some examples:

.nit "III

$'% Sol8e 0ierential E1uations in en!ineerin! roblems'

3


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*:, efine a ifferential e?uationA its orderA de3ree

*: s E?uation !&educible to linear form:"

*:- Sol1e simple problems leadin3 to en3ineerin3 applications

.nit "I2

3'% .se Statistical Metho#s as a tool in #ata anal-sis'

-:, &ecall the measures of central tendency:

-: Explain the si3nificance of measures of dispersion to determine the de3ree of

hetero3eneity of the data:

-:*


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Inte3ration by decomposition of the inte3rand into simple rationalA al3ebric functions:

Inte3ration by parts A =ernoulli>s rule:

.nit"II

0einite Inte!ral an# its alications

: efinite inte3ral)fundamental theorem of inte3ral calculusA properties of definite inte3ralsAe1aluation of simple definite inte3rals: efinite inte3ral as the limit of a sum: 2rea under

plane cur1es 2rea enclosed between two cur1es: Bolumes of solids of re1olution:

#ean and S 1alues of a function on a 3i1en inter1al: Trape@oidal ruleA Simpson>s ,/*

rule to e1aluate an approximate 1alue of a define inte3ral:

.nit "III

0ierential E1uations

*: efinition of a differential e?uation)order and de3ree of a differential e?uation) formation of

differential e?uations)solution of differential e?uation of first orderA first de3ree( 1ariable)

separableA homo3eneousA exactA linear differential e?uationA =ernoulli>s e?uation:

.nit I2

Statistical Metho#s

-: &e1ise measures of central tendencyA measures of dispersion( ran3eA ?uartile de1iationA

mean de1iationA standard de1iation for the 3i1en dataA merits and demeritsA relationship

between measures of dispersionA coefficient of 1ariationA bi1ariate dataA concept of

correlationA co1arianceA coefficient of correlation and its propertiesA rank correlation co)

efficient:

Reerence Boo,s,: Inte3ral Calculus Bol:IA by #:Pillai and Shanti Narayan

: Thomas> CalculusA Pearson 2ddison Fesley Publishers

*: Statistical #ethods Bol:IA asA Tata #cGraw)$ill

-: StatisticsA -/eA Schaum>s %utline Series !SIE"A #cGraw)$ill

E9ECTRICA9 MACHINES

Subject Title Electrical Machines

5


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Subject Co#e EIE"$%/*erio#s : +ee, 3*erio#s : ;ear 5%

TIME SCHE0.9E

Sl'

No'Major Toics *erio#s +ei!hta!e

Short

1uestions

Essa-

1uestions

, C #achines ,0 8 *

Transformers ,+ .

* Induction#otors , .

- 2lternators H Synchronous

#otors

, , ,

4 Special Type #otors 0 +0 ,

Total .+ ,,+ ,+ 0

6B7ECTI2ES

9pon the completion of the course student shall be able to(

&'% Comrehen# the 4or,in! o 0'C' machines

, raw a le3ible Sketch of a :C: #achine and label its parts:

6ist the materials used for each part

* Explain the simple lap and wa1e windin3s

- Explain the principle of workin3 of a :C: 3enerator

4 eri1e the e?uation for E#< of a 3enerator

. Sol1e simple problems on E#< e?uation:

7 Classify :C: Generators:

0 Explain the principles of separate and self excited :C Generators:

8 istin3uish between seriesA shunt and compound types of :C: 3enerator:

,+ 6ist the Barious applications of :C ShuntA series and compound Generator:

,, Explain the principle of operation of a :C: motor:

, State the si3nificance of back e:m:f of a :C: motor

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,* State the relationship between supply 1olta3eA back e:m:f and current:

,- Explain the tor?ue e?uation of a :C: motor:

,4 Sol1e simple problems on tor?ue e?uation:

,. 6ist the applications of ShuntA Series and Compound motors:

,7 State the need for a starter

,0 Explain the workin3 of a * point starter with a le3ible sketch:

,8 6ist the methods of speed control of :C: motors:

+ Explain the speed control of a :C:#otor by

!i" armature 1olta3e method !ii" field current method:

, 6ist different types of losses in a :C: #achine:

/'% Comrehen# the 4or,in! o Transormers

Explain the constructional features of a ,)J transformer:

: 6ist the types of ,)J transformers

:* Gi1e the salient features of the different types of ,)J transformers:

:- Explain the principle of workin3 of a ,)J transformer:

:4 eri1e the E#< e?uation of a ,)J transformer:

:. Sol1e problems on E#< e?uation:

:7 State the 1arious losses in a ,)J transformer:

:0 Explain %:C and S:C tests on a ,)J transformer:

:8 efine efficiency of a transformer

:,+ eri1e the condition for maximum efficiency of a ,)J transformer:

:,, Sol1e problems on efficiency:

:, Explain the theory of *)phase transformer:

:,* 6ist and show the connections of *)phase transformer:

:,- Explain the workin3 of 2uto transformer

$'% Comrehen# the 4or,in! o In#uction Motors

, escribe the constructional details of ca3e type and wound rotor type Inductionmotor:

Illustrate the theory of production of rotatin3 ma3netic field:

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* escribe the principle of operation of a three phase Induction motor:

- 6ist the ad1anta3es and disad1anta3es of three phase Induction motor:

4 efine Slip of an induction motor

. State the relation between rotor fre?uency and slip:

7 Gi1e the tor?ue e?uation !no deri1ation":

0 Explain slip)tor?ue characteristics cur1es of an induction motor:

8 6ist the 1arious losses of an Induction motor:

,+ Gi1e the condition for maximum efficiency of an Induction motor !no deri1ation":

,, Sol1e problems on output power:

, Sketch the two types of starters !:%:6: H Star)elta" used for Induction motors:

,* 6ist the applications of Induction motors:

,- Explain the workin3 principle of a sin3le phase Induction motor:

,4 Sketch the circuit dia3rams for capacitor start and capacitor run motor:3'% Comrehen# the 4or,in! o Alternators an# S-nchronous Motors

, Explain the basic principle of workin3 of an alternator:

Explain the constructional details of alternators

* efine !i" Pitch factorA !ii" istribution factor of the armature windin3:

- eri1e the E#< e?uation of an alternator:

4 Sol1e problems on E#< e?uation:

. Explain the terms !i" Synchronous impedance and !ii" Bolta3e re3ulation of analternator:

7 Explain the principles of operation of a synchronous motor:

0 #ention the methods of startin3 a synchronous motor:

-:8 6ist the applications of a synchronous motor:


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C6.RSE C6NTENTS

& Comrehen# the 4or,in! o 0'C' Machines = IntroductionA ener3y con1ersion A :C

GeneratorA principle of workin3 Asimple loop 3eneratorA construction details of :C #achine and

materials used for the abo1e said partsA simple lap and wa1e windin3sA uses of lap and wa1e

windin3sA Expression for the E#< 3eneratedA simple problemsA different types of :C:

Generators with dia3ramsA calculation of 3enerated E:#:


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Subject Title Electronic 0e8ices @ Alications

Subject Co#e EI"$%$*erio#s:+ee, %3

*erio#s:Semester 5%

TIME SCHE0.9E

Sl

no'Major toics

No o

erio#s

+ei!hta!e

o mar,s

Short

Ans4er

uestions

Essa-

uestions

,Semiconducto

r iode+ *- * ,/

Transistor ,+ .

*


11/34

,:,-: efine rectification:,:,4: Gi1e the classification of rectifiers,:,.: Explain the workin3 of $alf Fa1e &ectifier with circuit dia3ram and wa1eforms:,:,7: Gi1e the expression for efficiencyA peak in1erse 1alueA and ripple factor of $alf

Fa1e &ectifier:,:,0: Explain the workin3 of ETs .7T*:, Gi1e the classification of


12/34

-:. raw the Bolt)2mpere characteristics of SC&-:7 6ist the applications of SC&:-:0 raw and explain the battery char3er circuit usin3 SC&:-:8 Explain construction and workin3 of iac:-:,+ Explain construction and workin3 of Triac:-:,, raw the Bolt)ampere characteristics of iacHTriac under forward / &e1erse

bias:-:, raw and explain li3ht dimmer circuit usin3 iac and Traic


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0IGITA9 E9ECTR6NICS

Subject Title 0i!ital Electronics

Subject Co#e EI"$%3

*erio#s:+ee, %3*erio#s:Semester 5%

TIME SCHE0.9E

Sno Major toicsNo' o

erio#s

+ei!ht a!e

o mar,s

Short

Ans4er

uestion

s

Essa-

uestions

, =asics of i3italElectronics

, .

Combinational 6o3ic

circuits

, .

* Se?uential 6o3ic Circuits ,. 8 *

- &e3isters and #emories ,+ ,. ,

4 2/ and /2 con1erters ,+ ,* , ,

Total .+ ,,+ ,+ 0

6B7ECTI2ES

%n completion of the study of the subject a student should be able to comprehend the followin3(

&'% ?no4 the basics o 0i!ital Electronics,:, Explain =inaryA %ctalA $exadecimal number systems and compare with decimal

system:

,: Con1ert one number system to another of the abo1e systems:

,:* Perform binary additionA subtractionA #ultiplication and i1ision:,:- Frite ,>s complement and >s complement numbers for a 3i1en binary number:,:4 Perform subtraction of binary numbers in >s complement method:,:. State the use of codes in di3ital Electronics and computers:

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,:7 Compare wei3hted and 9n)wei3hted codes:,:0 Frite =inary e?ui1alent number for number in 0-,A Excess)* and Gray code

and 1ice)1ersa:,:8 Explain the use of alphanumeric codes !2SCII H E=CIC",:,+ Explain the importance of parity =it:,:,, Explain the types of parity bits

,:, State different postulates in =oolean al3ebra:,:,* Frite =oolean expressions for the 3i1en statement of the problem !6imited *

1ariables only":,:,- State e)#or3an>s theorems:,:,4 2pply e)#or3an>s theorems and other postulates to simple =oolean

expressions:,:,. Frite =oolean expressions from the 3i1en truth table:,:,7 9se Karnau3h map to simplify =oolean Expression !up to * 1ariables only":,:,0 Explain 2NA %&A N%T operators with truth table:,:,8 Explain the workin3 of an exclusi1e %& 3ate with truth table:,:+ Explain the workin3 of N2NA N%& 3ates usin3 truth tables:,:, e1elop 2NA %&A N%T operations usin3 N2NA N%& 3ates:

,: 6ist the numbers of two input i3ital IC 6o3ic 3ates:

/'% .n#erstan# the 4or,in! o combinational lo!ic circuits:, State the function of the $alf)adder:: raw $alf adder circuit usin3 Exclusi1e %& 3ate and an 2N 3ate::* Show that two $alf)adders and an %& 3ate constitutes a full)adder::- &ealise a $alf)adder usin3 N2N 3ates only and N%& 3ates only::4 raw a - =it parallel adder usin3 full adders::. Explain the workin3 of the abo1e circuit::7 raw and Explain >s compliment parallel adder/ subtractor circuit::0 Explain the workin3 of a serial adder with a =lock dia3ram:

:8 Compare the performance of series and parallel adder::,+ raw and explain the operation - Q , #ultiplexer:,, raw and explain the operation , Q - emultiplexer:, raw and explain Q - and * Q 0 decoders::,* 6ist the applications of #9Q and decoders::,- Explain the workin3 of - Q encoder::,4 raw and explain two)bit di3ital comparator:

$'% .n#erstan# the 4or,in! o Se1uential lo!ic circuits*:, Gi1e the idea of Se?uential lo3ic circuits:*: istin3uish between synchronous and asynchronous se?uential lo3ic circuits:*:* Construct S& flip flop usin3 N2N 3ates

*:- Explain LK flip flop with the help of truth table*:4 Study the need for preset and clear inputs*:. 2nalyse the race around condition*:7 Explain LK #aster Sla1e flip flop with truth table*:0 Explain the flip flopA T flip)flop with the help of truth table and dia3ram:*:8 Gi1e an introduction to binary counters*:,+ ifferentiate between synchronous and asynchronous counters:*:,, Gi1e the idea of asynchronous ripple counter with the help of flip)flop states of

the outputs and wa1eforms:

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*:, Gi1e the idea of modulo)N counter*:,* Explain the workin3 of &in3 counter and its applications*:,- Explain the decade counter:

3'% .n#erstan# 4or,in! o Re!isters an# memor-

-:, State the need for a &e3ister:-: Explain transfer of data from a &e3ister to &e3ister:-:* Explain workin3 of serial in Serial outA serial in Parallel outA Parallel in serial out

and Parallel in parallel out &e3isters:-:- Explain the workin3 of shift left and shift ri3ht &e3isters:-:4 Explain the workin3 of 9ni1ersal shift re3ister !7-,8- or e?ui1alent"-:. State the use of shift &e3ister as memory:-:7 6ist 1arious types of memories-:0 ifferentiate between &%# and &2#-:8 Explain basic principle of workin3 of &%#-:,+ State different types of &%#-:,, Explain basic principle of workin3 of &2#

-:, Compare static &2# and dynamic &2#-:,* 6ist different &%# and &2# ICs

s Theorems: Implementation of lo3ic expressionsA Karnau3h

map applicationA 6o3ic families:

/' Combinational lo!ic circuitsImplementation of arithmetic circuitsA half adderA


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Principle of flip)flops operationA &SA A LKA TA LK #aster Sla1e flip)flops: =inary counterA

asynchronous ripple counterA synchronous counterA &in3 CounterA decade counter:

3' Re!isters an# memories

Shift &e3isters) serial in Serial outA serial in Parallel outA Parallel in serial out and Parallel

in parallel out &e3isters: 9ni1ersal shift re3isters)2pplications:&2#A &%#A static &2#A

dynamic &2#:


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E9ECTR6NIC MEAS.RING INSTR.MENTS

Subject Title Electronic Measurin! Instruments

Subject Co#e EI"$%s":

*: $alf)adder usin3 IC lo3ic 3ates:-:


28/34

4

Berification of truth tablesfor &SA A TA and LK and#aster ) Sla1e LK


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E6ECT&%NIC #E2S9&ING INST&9#ENTS 62=

Subject title ( Electronic #easurin3 Instruments lab

Subject Code ( EI)*+8

Periods/week ( +*

Periods/semester ( -4

9ist o eeriments

,: Conduct an experiment to Calibrate 2mmeter and Boltmeter:

: Conduct an experiment to extend the ran3e of 2mmeter and Boltmeter:

*: Conduct an experiment to con1ert an 2mmeter to Boltmeter:

-: Conduct an experiment to construct series and shunt %hmmeter:

4: Study and use of #e33ar

.: Study the front panel of a di3ital multimeter:

7: Conduct an experiment to measure 1olta3eA current and resistance usin3 di3ital multimeter:

0: Study the front panel of a i3ital 6C& meter

8: Conduct an experiment for #easurement of &A 6A C parameters usin3 di3ital 6C& meter:

,+: Study the front panel of a si3nal 3enerator:

,,: Conduct an experiment to test the si3nals 3enerated by si3nal 3enerator usin3 multimeter

and C&%:

,: Study the front panel of i3ital IC tester:

,*: Conduct an experiment to test an IC usin3 i3ital IC tester:

,-: Study the front panel of C&%

,4: Study and use of different types of probes used for C&%:

,.: Conduct an experiment to #easure 1olta3eA fre?uency and phase usin3 C&%:

,7: Conduct an experiment to #easure fre?uency usin3 lissajous patterns in C&%:

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S:N%

Name of the Experiment %bjecti1es Key Competencies

, Conduct an experimentto Calibrate 2mmeterand Boltmeter:

,:Identify different 2mmeter and1oltmeter:Connect the 2mmeter* Connect the 1oltmeter

Calibrate 2mmeterand Boltmeter:

Conduct an experimenttoextend the ran3e of

2mmeter and Boltmeter:

,:Identify different 2mmeter and1oltmeter:Connect the 2mmeter* Connect the 1oltmeter

Identify ran3e ofammeter and1oltmer by chan3in3different inputsresisters

* Conduct an experimentto con1ert an 2mmeterto Boltmeter:

Identify different 2mmeterConnect the 2mmeter

Identify the 1alue ofcurrent con1ertedinto 1olta3e

- Conduct an experimentto construct series andshunt %hmmeter:

Identify different ohmeters claculatin3 theShunt and seriesresistance

4 Study and use of#e33er

Identify #e33er study the earthresistance

. Study the front panel of a di3ital multimeter:

Identify different multimeters Identifyin3 differentsections ran3es

7 Conduct an experiment

to measure 1olta3eAcurrent and resistanceusin3 di3ital multimeter:

Identify different di3ital multimeters Identifyin3 different

1olta3e ran3esAcurrentran3esAresistanceran3es

0 Study the front panel ofa i3ital 6C& meter

Identify di3ital 6C& meter Identifyin3 differentknobes located inthe front panel withunits

8 Conduct an experimentfor #easurement of &A6A C parameters usin3di3ital 6C& meter:

Identify di3ital 6C& meter Identifyin3 differentrane ofmeasurements for6C&

,+ Study the front panel ofa si3nal 3enerator:

Identify Si3nal 3enerator Identifyin3 differentknobs located in thefront panel with units

,, Conduct an experimentto test the si3nals3enerated by si3nal3enerator usin3multimeter and C&%

Connect the si3nal 3enerator withC&%

%bser1e thewa1eforms on C&%

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, Study the front panel ofi3ital IC tester:

Identify di3ital IC tester Identifyin3 differentknobes located inthe front panel withunits

,* Conduct an experimentto test an IC usin3

i3ital IC tester:

Connect a circuit %bser1e the1alues of IC pins

,- Study the frontpanel of C&%

Identify the C&% Identifyin3 differentknobes located inthe front panel withunits

,4 Study and use ofdifferent types of probesused for C&%:

Identify different probes Study the 1ariousprobe terminals

,. Conduct an experiment

to #easure 1olta3eAfre?uency and phaseusin3 C&%:

Connect a circuit %bser1e the

wa1eforms on C&%measure the1olta3eAfre?uencyand phase

,7 Conduct an experimentto #easurefre?uency usin3lissajous fi3ures inC&%:

Connect a circuit which produceslissajous fi3ures

%bser1e thewa1eforms on C&%measure thefre?uency andphase

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P&%CESS INST&9#ENT2TI%N 62=

Sub: Title ( P&%CESS INST&9#ENT2TI%N 62=

Sub: Code ( EI)*,+

Periods/week ( +.

Periods/Semester ( 8+

6ist of Experiments

& Conduct an experiment to measure 6inear isplacement usin36BT and plot a 3raph between 1olta3e and displacement

/ Conduct an experiment to measure 6inear isplacement usin3Capaciti1e transducer and plot a 3raph between capacitance and displacement

* Conduct an experiment to measure an3ular isplacement usin3&esisti1e Transducer and plot a 3raph between resistance and displacement

- Conduct an experiment to measure an3ular 1elocity usin3 Tacho 3enerator

4 Conduct an experiment to measure Temperature usin3 &T

. Conduct an experiment to measure Temperature usin3 Thermister and plot

!a" Graph between temperature and resistance !b" Graph between 1olta3e and temperature

Conduct an experiment to measure Temperature usin3 Thermocouple

0 Conduct an experiment to measure &elati1e $umidity usin3 $y3rometer

8 Conduct an experiment to measure P$ of the 3i1en sample usin3

a" 2nalo3 P$ #eterb" i3ital P$ meter

,+: Conduct an experiment to measure conducti1ity of the 3i1en sample usin3 conducti1ity

meter

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S:N% Name of the Experiment %bjecti1es Key Competencies

, Conduct an experiment to measure 6inearisplacement usin3 6BTand plot a 3raphbetween 1olta3e anddisplacement

,:Identify6BT:Connect theTransducer

Chan3e the position of thecore and obser1e the chan3ein 1olta3e raw the 3raphbetween the Chan3e the inposition of the core and thechan3e in 1olta3e

Conduct an experiment tomeasure 6inearisplacement usin3Capaciti1e transducer andplot a 3raph between

capacitance anddisplacement

,:Identify Capaciti1etransducer:Connect theTransducer

Chan3e the position of theCapacitor plates and obser1ethe chan3e in Capacitanceraw the 3raph between theChan3e the position of the

Capacitor plates and thechan3e in capacitance

* Conduct an experiment tomeasure an3ularisplacement usin3 &esisti1eTransducer and plot a 3raphbetween resistance anddisplacement

,:Identify &esisti1etransducer:Connect theTransducer

Chan3e the position of thecore and obser1e the chan3ein resistance raw the 3raphbetween the Chan3e theposition of the core and thechan3e in resistance

- Conduct an experiment tomeasure an3ular 1elocityusin3 Tacho 3enerator

,:Identify Tacho3enerator:Connect to arotatin3 de1ice

measure the speed of arotatin3 de1ice

4 Conduct an experiment tomeasure Temperature usin3&T

,:Identifyin3 different&T:Place it in the hotbody

%bser1e the Chan3in3Temperatures

. Conduct an experiment tomeasure Temperature usin3Thermistor and plot

!a" Graph betweentemperatureand resistance

,:Identifyin3thermistors:Place it in the hotbody

%bser1e the Chan3in3Temperatures and&esistance and plot a 3raph

!b" Graph between 1olta3eand temperature

,:Identifyin3 differentThermistors:Place it in the hotbody

%bser1e the Chan3in3Temperatures and Bolta3eand plot a 3raph

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7 Conduct an experiment tomeasure Temperature usin3Thermocouple

,:Identifyin3 differentThermo couples:Place it in the hotbody

%bser1e the Chan3in3Temperatures

0 Conduct an experiment tomeasure &elati1e $umidityusin3 $y3rometer

Identifyin3 different$y3rometers Place itin Fhere thehumiditymeasurement isre?uired

%bser1e the Chan3in3humidity

8 Conduct an experiment tomeasure P$ of the 3i1ensample usin3

a" 2nalo3 P$ #eter ,:Identify the P$meter:Place it in the

solution

#easure the P$

b" i3ital P$ meter ,:Identify the P$meter:Place it in thesolution

#easure the P$

,+ Conduct an experiment tomeasure conducti1ity of the3i1en sample

Place theconducti1ity meter inthe Sample solution

#easure the Conducti1ity of a3i1en solution

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