7 Questionpapers-compli.doc

7/25/2019 7 Questionpapers-compli.doc

1/47

UNIVERSITY OF CALICUT

IV Semester B.Sc. Physics (CC-SS) Com!ime"t#ry Pr#ctic#! E$#mi"#tio"

A%&%st-'*

P+Y-Com!i- Time , hrs

Attempt the Question Marked X

1. Find the refractive index of the material of the given prism using spectrometer

2. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find

radius of the tu#e #! mercur! pellet method.

%. etermine the refractive index of the material of the lens #! forming li"uid lens $ith a

li"uid of kno$n refractive index.

&. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.'. Find the fre"uenc! of given vi#rator #! Meldes apparatus. (se #oth modes

). Find the moment of inertia of a fl!*$heel. +ake ) sets of readings

,. -tandardie the given grating using the green line of the mercur! spectrum and hence

find out the $avelength of other prominent lines in the spectrum #! normal incidence

method.

/. Find out the pole strength of the given magnet using deflection magnetometer in +an A

position. +ake ) sets of readings.

0. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance

and knee voltage of the diode.

13. Find out the resistance of the $ire using 4are! Foster 5ridge and hence find the

resistivit! of its material.


2/47



A%&%st-'*

P+Y-Com!i-' Time , hrs


1. 4alculate the acceleration due to gravit! at the place #! using compound pendulum.

2. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to non*

uniform #ending 7in and microscope given8

%. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find the

radius of the tu#e #! traveling microscope.

&. etermine the rigidit! modulus of the material of the rod using static torsion apparatus.

'. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing

current and find out the value of the horiontal component of earths field.

). Find the refractive index of the material of the given prism using spectrometer.

,. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.

+ake ) sets of readings.

/. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for

various values of load resistance. +ake at least ) sets of readings.

0. Find out the resistance of the coil of $ire using potentiometer. 9ence find the resistivit!

of the material of the coil of $ire.

13. etermine the diameter of a $ire using air $edge apparatus.


3/47



A%&%st-'*



1. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to

uniform #ending and measuring the elevation using optic lever.

2. etermine the acceleration due to gravit! at the place #! using compound pendulum%. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

&. etermine the relative densit! of the given solid and li"uid #! arranging Meldes

apparatus in different modes of vi#ration.

'. Find the moment of inertia of the fl!*$heel. +ake ) sets of readings

). -tandardie the given grating using the green line of the mercur! spectrum and hence


method.



/. 4onstruct a full $ave rectifier and find out the ripple factor $ith and $ithout filter for


0. -tandardie the potentiometer using aniel cell and cali#rate a lo$ range voltmeter and

dra$ the cali#ration graph.

13. etermine the $avelength of -odium light using :e$tons rings arrangement.

.


4/47



A%&%st-'*

P+Y-Com!i-* Time , hrs


1. etermine the diameter of the $ire using air $edge apparatus.

2. etermine the coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find

the radius of the tu#e #! mercur! pellet method.

%. etermine the refractive index of the given li"uid #! forming a li"uid lens.

&. etermine the rigidit! modulus of the material of the given $ire using +orsion endulum.

'. etermine the relative densit! of the given solid and li"uid #! Meldes apparatus. 7(se

#oth modes8.

). lot a graph #et$een length and period for 4ompound pendulum and determine the

acceleration due to gravit! at the place.

,. Find the refractive index of the given prism using spectrometer.

/. Find the pole strength of the given magnet using deflection magnetometer in +an 4


0. 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

13. -tandardie the potentiometer for a length ,.2m using aniel cell and use it to cali#rate a

lo$ range voltmeter.

.


5/47



A%&%st-'*



1. Find the densit! of a given rectangular #lock 74ommon #alance< =ernier calipers< -cre$

>auge etc. given8.

2. etermine the 6oungs modulus of the material of the given #ar using it as a cantilever

and measuring the depression of the #ar #! pin and microscope.

%. etermine the refractive index of the material of the lens forming li"uid lens $ith a li"uid

of kno$n refractive index.

&. etermine the rigidit! modulus of the rod using -tatic +orsion apparatus.

'. etermine the $avelength of -odium light using :e$tons rings arrangement.

). Find the acceleration due to gravit! at a place using compound pendulum.

,. -tandardie the given grating using the green line of the mercur! spectrum and hence


method.

/. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


0. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for



of the material of the $ire.


6/47


IV Semester B.Sc. Physics (U/-CCSS) Com!ime"t#ry Pr#ctic#! E$#mi"#tio"

A%&%st-'*

P+Y-Com!ime"t#ry 0 Time , hrs




2. etermine the diameter of the given $ire using air $edge. >iven $ave length of sodium

light ? @ '/0.% nm.

%. etermine the rigidit! modulus of the material of the rod using static torsion apparatus.

&. etermine the fre"uenc! of the tuning fork #! Meldes arrangement 7use #oth modes8.

'. Find the refractive index of the material of the given prism using spectrometer.

). 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


,. lot the reverse characteristics of a ener diode and hence find the #reak do$n voltage.

/. 4onvert the given galvanometer into an Ammeter $hich can read up to 1A.4ali#rate it

using a potentiometer

0. 4ompare the moments of t$o #ar magnets using -earls =i#ration magnetometer.

13. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing



7/47



A%&%st-'*




uniform #ending and measuring the elevation using pin and microscope.



%. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

&. etermine the relative densit! of the given solid and li"uid #! Melds apparatus. 7(se

#oth modes8.

'. Find the acceleration due to gravit! at the place using compound pendulum.

). Find the refractive index of the material of the given prism using spectrometer.

,. 4onstruct ; and :;+ gates using diodes and transistor and verif! its truth ta#le.

/. etermine the diameter of the given $ire using air $edge apparatus.

0. etermine the moment of the given magnet #! using circular coil apparatus. Also find the

horiontal component of earths magnetic field.



8/47



A%&%st-'*

P+Y-Com!i-2 Time , hrs


1. 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le .

2. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find the



&. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.

'. Find the pole strength of the given magnet using deflection magnetometer in +an 4


). lot the reverse characteristics of a ener diode and hence find the #reak do$n voltage

,. -tandardie the potentiometer for a length ,.2m using aniel cell and use it to cali#rate

the given lo$ range voltmeter

/. etermine the $avelength of -odium light using :e$tons rings arrangement.



13. Find the moment of inertia of a Fl!*$heel. +ake ) sets of readings.



9/47


A%&%st-'*





2. Find the refractive index of the material of the prism using spectrometer.

%. etermine the rigidit! modulus of the material of the given $ire using torsion pendulum.

&. (sing Melds apparatus< find out the mass of the given #od!. (se #oth modes.

'. Find the moment of inertia of the Fl! $heel. +ake ) sets of readings.

). -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing




/. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for


0. Find out the reduction factor a +> using potentiometer. Also find the horiontal

component of the earths magnetic field.




10/47


A%&%st-'*



1. Find the densit! of the given rectangular #lock 7common #alance< vernier calipers< scre$

gauge etc. given8.


the radius of the tu#e #! mercur! pellet method.

%. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to

uniform #ending using optic lever.

&. etermine the rigidit! modulus of the rod using -tatic +orsion apparatus.

'. Find out the mass and densit! of the given solid using Meldes string apparatus. (se #oth

modes of vi#ration.

). Find the acceleration due to gravit! at the place using compound pendulum.

,. 4ompare the moments of t$o #ar magnets using -earls =i#ration magnetometer.

/. Find out the pole strength of the given magnet using deflection magnetometer in +an A


0. Find out the resistance of the given $ire using 4arer! Foster 5ridge and hence find its

resistivit!.




11/47


A%&%st-'*

P+Y-Com!ime"t#ry Time , hrs





the radius of the tu#e #! traveling microscope.

%. etermine the rigidit! modulus of the material of the rod using -tatic +orsion apparatus.

&. etermine the relative densit! of the given solid and li"uid #! Melds apparatus. 7(se

#oth modes8.

'. -tandardie the given grating using the green line of the mercur! spectrum and hence

find out the $avelength of the other prominent lines in the spectrum #! normal incidence

method.

). Find the pole strength of the given magnet using deflection magnetometer in +an 4

position +ake ) sets of readings.

,. 4onstruct ; and A: gates using diodes and transistor and verif! its truth ta#le.

/. -tandardie the potentiometer using aniel cell and cali#rate a lo$ range voltmeter and


0. etermine the diameter of the given $ire using air $edge apparatus.





12/47


A%&%st-'*

P+Y-Com!i-' Time , hrs


1. etermine the acceleration due to gravit! at the place #! using a compound pendulum.




&. 4ompare the moments of t$o #ar magnets #! measuring the fre"uenc! of oscillations

using -earles vi#ration magnetometer.

'. Find the refractive index of the material of the given prism using spectrometer.

). Find the moment of inertia of the Fl!*$heel. +ake ) sets of readings.

,. Find the moment of the magnet #! using deflection magnetometer in +an A position. +ake

) sets of readings.

/. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance




13. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum

and hence determine the $avelength of other prominent lines of the spectrum #!

arranging the grating for normal incidence.

.


13/47



A%&%st-'*



1. etermine the densit! of the material of the given glass plate 74ommon #alance< =ernier

4alipers< -cre$ gauge etc. are given8.

2. Find the rigidit! modulus of the material of the given $ire using +orsion endulum.

%. Find the rigidit! modulus of the material of the given rod using the static torsion

apparatus 7Mirror and telescope are given8.

&. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


'. etermine the diameter of the given $ire using air $edge. >iven $ave length of sodium

light ? @ '/0.% nm.

). 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

,. etermine the magnetic dipole moment of the given magnet using circular coil apparatus.

/. etermine the relative densit! of the given solid and li"uid #! arranging Melds apparatus

in different modes of vi#ration.

0. etermine the reduction factor of a +.>. using potentiometer. 9ence calculate the

horiontal component of earths magnetic field at the place.

13. Find moment of inertia of a fl!*$heel. +ake ) sets of readings.




14/47

A%&%st-'*

P+Y-Com!i-* Time , hrs


1. etermine the refractive index of the material of a lens #! li"uid lens method< using a

li"uid of kno$n refractive index.2. etermine the refracting angle and angle of minimum deviation of the given prism using

spectrometer. 9ence calculate the refractive index of the material of the prism.

%. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to


&. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter forvarious values of load resistance. +ake at least ) sets of readings.

'. etermine the resistance of the given $ire using 4are! Foster 5ridge< hence find out the


). etermine the coefficient of viscosit! of the given li"uid #! varia#le pressure head

method. +he radius of the capillar! tu#e is to #e found out #! mercur! pellet method.

,. etermine the magnetic moment and pole strength of the given #ar magnet using

deflection magnetometer arranged in +an A position. +ake ) sets of readings.

/. etermine the $ave length of the given monochromatic light< #! :e$tons rings method.

0. 4ompare the moments of t$o #ar magnets #! measuring the fre"uenc! of oscillations


13. -tandardie the potentiometer for a length of ,.2 m using a aniel cell and then use it to

cali#rate a lo$ range voltmeter.




15/47

A%&%st-'*



1. etermine the magnetic moment and pole strength of the given #ar magnet using




%. etermine the resistance of the given coil of $ire using potentiometer and hence find out

the resistivit! of the material of the coil of $ire.

&. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum



'. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.


current using circular coil apparatus.

,. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to non*

uniform #ending. 7in and microscope are given8.

/. 4onvert the given galvanometer into a voltmeter to read 3.1 = per division and cali#rate

it using a potentiometer. ra$ the cali#ration graph.

0. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le

13. etermine the surface tension of the given li"uid #! capillar! rise method.




16/47

A%&%st-'*



1. 4alculate the acceleration due to gravit! at the place #! using a compound pendulum.

2. 4onvert the given galvanometer into an Ammeter $hich can read up to 1A and then

cali#rate it.

%. etermine the refracting angle and angle of minimum deviation of the given prism using




'. etermine the resistance of the given $ire using 4are! Foster 5ridge. 9ence find out the


). etermine the magnetic dipole moment of the given magnet #! using circular coil

apparatus.

,. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

/. etermine the moment of inertia of a fl!*$heel. +ake ) sets of readings.

0. -tandardie the given grating using the green line of the mercur! spectrum and hence


method

13. etermine the rigidit! modulus of the material of the given $ire using +orsion endulum.




17/47

A%&%st-'*





%. Find the rigidit! modulus of the material of the given rod using the static torsion




'. etermine the resistance of the given $ire using 4are! Foster 5ridge< hence find out the


). etermine the coefficient of viscosit! of the given li"uid #! varia#le pressure head


,. Find the pole strength of the given magnet using deflection magnetometer in +an 4


/. etermine the $ave length of the given monochromatic light< #! :e$tons rings method.



13. -tandardie a potentiometer for a length of ,.2 m using a aniel cell and then use it to




18/47


19/47







%. etermine the resistance of the given coil of $ire using potentiometer and hence find out


&. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum



'. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.



,. etermine the resistance of the given $ire using 4are! Foster 5ridge. 9ence find out the


/. etermine the moment of inertia of a fl!*$heel. +ake ) sets of readings.

0. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

13. etermine the refracting angle and angle of minimum deviation of the given prism using





20/47


21/47

P+Y-Com!i-2AS Time , hrs



spectrometer. 9ence calculate the refractive index of the material of the prism .

2. 4ompare the magnetic moments of t$o given magnets using deflection magnetometer

arranging in +an 5 position #! e"ual distance method.

%. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing


&. etermine the refractive index of the material of a lens #! li"uid lens method< using a


'. etermine the surface tension of the given li"uid #! capillar! rise method. 7adius of the

capillar! tu#e ma! #e measured #! using =ernier Microscope8.

). 4onstruct a half $ave rectifier using unction diode and measure the output $ith and

$ithout capacitor filter. etermine the ripple factor in each case 7epeat for different

values of load resistors8.

,. Find the rigidit! modulus of the material of the given $ire using +orsion endulum.

/. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance


0. 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.

13. etermine the moment of inertia of a fl!*$heel.



A%&%st-'*


22/47

P+Y-Com!i- 3FS Time , hrs





%. 4onstruct a half $ave rectifier using unction diode and measure the output $ith and



&. Find the pole strength of the given magnet using deflection magnetometer in +an 4


'. etermine the refracting angle and angle of minimum deviation of the given prism using


). 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.

,. etermine the moment of inertia of a fl!*$heel.

/. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing


0. etermine the resistance of the given coil of $ire using potentiometer and hence find out






23/47

A%&%st-'*

P+Y-Com!i- 3AS Time , hrs



2. etermine the 6oungs modulus of the material of a given #ar #! su#ecting it to uniform

#ending using optic lever.

%. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance


&. 4ompare the magnetic moments of t$o given magnets using deflection magnetometer




). 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.

,. etermine the moment of inertia of a fl!*$heel.

/. etermine the magnetic dipole moment of the given magnet #! using circular coil

apparatus.



13. etermine the diameter of the given $ire using air $edge apparatus. >iven $ave length

of sodium light ? @ '/0.% nm..


Fi"#! B.Sc. Physics Pr#ctic#! II

A%&%st '*


24/47

P#er II Time, hrs


1. etermine the 6oungs modulus of the material of a given #ar #! su#ecting it to uniform


2. 4ali#rate the given high range voltmeter using potentiometer.

%. etermine the moment of inertia of a fl!*$heel

&. etermine the diameter of a thin $ire #! measuring the $idth of the

interference #ands formed #! the air $edge arrangement and also the angle

of the $edge.



). etermine the temperature coefficient of resistance of the material of the

coil using potentiometer.

,. 4onvert the given galvanometer into an ammeter to read up to 1A and

cali#rate it using a standard ammeter.

/. etermine the resistance of the given $ire using 4are! Foster 5ridge. 9ence find out the



Fi"#! B.Sc. Physics Pr#ctic#! III

A%&%st '*.


25/47

P#er III Time, hrs


1. =erif! e*Morgans theorems using #asic gates.

2. ra$ the static characteristics of a common #ase transistor configuration and

determine the input resistance< output resistance and current amplification

factor from their characteristics.

%. 4onstruct a negative feed #ack amplifier and determine the gain of the amplifier

$ithout feed #ack and $ith negative feed #ack for a fre"uenc! #! var!ing

voltage input.&. 4onstruct a 9artle! oscillator and measure its fre"uenc! for % different

capacitor values in the B4 circuit. (se 4..; for fre"uenc! measurement.

'. 4onstruct a phase shift oscillator and measure its fre"uenc! for % different

fre"uenc! values produced #! changing the capacitor values in the 4 phase

shifting net $ork.

). 4onstruct inverting and non*inverting amplifiers using C4 ,&1 ;AM.

Measure their voltage gain. 4ompare the results $ith theoretical values.

,. 4onstruct the follo$ing logic gates a8 :;+< #8 ;< c8 A: .=erif! truth ta#le

in each case.



4%!y-'

P+Y-Com!i-'3A.N Time , hrs


11. Find the refractive index of the material of the given prism using spectrometer


26/47



1%. etermine the refractive index of the material of the lens #! forming li"uid lens $ith a


1&. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

1'. Find the fre"uenc! of given vi#rator #! Meldes apparatus. (se #oth modes

1). Find the moment of inertia of a fl!*$heel. +ake ) sets of readings

1,. -tandardie the given grating using the green line of the mercur! spectrum and hence


method.

1/. Find out the pole strength of the given magnet using deflection magnetometer in +an A




23. Find out the resistance of the $ire using 4are! Foster 5ridge and hence find the




4%!y-'

P+Y-Com!i-'3F.N Time , hrs


27/47


11. 4alculate the acceleration due to gravit! at the place #! using compound pendulum.


uniform #ending 7in and microscope given81%. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find the


1&. etermine the rigidit! modulus of the material of the rod using static torsion apparatus.

1'. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing


1). Find the refractive index of the material of the given prism using spectrometer.

1,. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


1/. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for



of the material of the coil of $ire.

23. etermine the diameter of a $ire using air $edge apparatus.



4%!y-'

P+Y-Com!i-''A.N Time , hrs


28/47




11. etermine the acceleration due to gravit! at the place #! using compound pendulum

12. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

1%. etermine the relative densit! of the given solid and li"uid #! arranging Meldes


1&. Find the moment of inertia of the fl!*$heel. +ake ) sets of readings

1'. -tandardie the given grating using the green line of the mercur! spectrum and hence


method.

1). 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


1,. 4onstruct a full $ave rectifier and find out the ripple factor $ith and $ithout filter for


1/. -tandardie the potentiometer using aniel cell and cali#rate a lo$ range voltmeter and



.



4%!y-'

P+Y-Com!i-''F.N Time , hrs


29/47


11. etermine the diameter of the $ire using air $edge apparatus.


the radius of the tu#e #! mercur! pellet method.1%. etermine the refractive index of the given li"uid #! forming a li"uid lens.

1&. etermine the rigidit! modulus of the material of the given $ire using +orsion endulum.

1'. etermine the relative densit! of the given solid and li"uid #! Meldes apparatus. 7(se

#oth modes8.

1). lot a graph #et$een length and period for 4ompound pendulum and determine the

acceleration due to gravit! at the place.

1,. Find the refractive index of the given prism using spectrometer.

1/. Find the pole strength of the given magnet using deflection magnetometer in +an 4





.



4%!y-'

P+Y-Com!i-F.N Time , hrs


30/47


11. Find the densit! of a given rectangular #lock 74ommon #alance< =ernier calipers< -cre$

>auge etc. given8.

12. etermine the 6oungs modulus of the material of the given #ar using it as a cantileverand measuring the depression of the #ar #! pin and microscope.

1%. etermine the refractive index of the material of the lens forming li"uid lens $ith a li"uid

of kno$n refractive index.

1&. etermine the rigidit! modulus of the rod using -tatic +orsion apparatus.

1'. etermine the $avelength of -odium light using :e$tons rings arrangement.

1). Find the acceleration due to gravit! at a place using compound pendulum.

1,. -tandardie the given grating using the green line of the mercur! spectrum and hence


method.

1/. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


10. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for



of the material of the $ire.



Octo5er-''



31/47




12. etermine the diameter of the given $ire using air $edge. >iven $ave length of sodiumlight ? @ '/0.% nm.

1%. etermine the rigidit! modulus of the material of the rod using static torsion apparatus.

1&. etermine the fre"uenc! of the tuning fork #! Meldes arrangement 7use #oth modes8.

1'. Find the refractive index of the material of the given prism using spectrometer.

1). 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


1,. lot the reverse characteristics of a ener diode and hence find the #reak do$n voltage.

1/. 4onvert the given galvanometer into an Ammeter $hich can read up to 1A.4ali#rate it

using a potentiometer






Octo5er-''



32/47




12. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Findradius of the tu#e #! traveling microscope.

1%. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

1&. etermine the relative densit! of the given solid and li"uid #! Melds apparatus. 7(se

#oth modes8.

1'. Find the acceleration due to gravit! at the place using compound pendulum.

1). Find the refractive index of the material of the given prism using spectrometer.

1,. 4onstruct ; and :;+ gates using diodes and transistor and verif! its truth ta#le.

1/. etermine the diameter of the given $ire using air $edge apparatus.

10. etermine the moment of the given magnet #! using circular coil apparatus. Also find the

horiontal component of earths magnetic field.




4%!y-'

P+Y-Com!i-'F.N Time , hrs


33/47


11. 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le .

12. etermine coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Find the

radius of the tu#e #! mercur! pellet method.1%. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

1&. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.

1'. Find the pole strength of the given magnet using deflection magnetometer in +an 4


1). lot the reverse characteristics of a ener diode and hence find the #reak do$n voltage

1,. -tandardie the potentiometer for a length ,.2m using aniel cell and use it to cali#rate

the given lo$ range voltmeter

1/. etermine the $avelength of -odium light using :e$tons rings arrangement.



23. Find the moment of inertia of a Fl!*$heel. +ake ) sets of readings.



Octo5er-''



34/47




12. Find the refractive index of the material of the prism using spectrometer.1%. etermine the rigidit! modulus of the material of the given $ire using torsion pendulum.

1&. (sing Melds apparatus< find out the mass of the given #od!. (se #oth modes.

1'. Find the moment of inertia of the Fl! $heel. +ake ) sets of readings.

1). -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing


1,. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


1/. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for


10. Find out the reduction factor a +> using potentiometer. Also find the horiontal

component of the earths magnetic field.




4%!y-'

P+Y-Com!i-A.N Time , hrs


35/47


11. Find the densit! of the given rectangular #lock 7common #alance< vernier calipers< scre$

gauge etc. given8.

12. etermine the coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Findthe radius of the tu#e #! mercur! pellet method.

1%. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to


1&. etermine the rigidit! modulus of the rod using -tatic +orsion apparatus.

1'. Find out the mass and densit! of the given solid using Meldes string apparatus. (se #oth

modes of vi#ration.

1). Find the acceleration due to gravit! at the place using compound pendulum.

1,. 4ompare the moments of t$o #ar magnets using -earls =i#ration magnetometer.

1/. Find out the pole strength of the given magnet using deflection magnetometer in +an A


10. Find out the resistance of the given $ire using 4arer! Foster 5ridge and hence find its

resistivit!.




Octo5er-''



36/47




12. etermine the coefficient of viscosit! of the given li"uid #! capillar! flo$ method. Findthe radius of the tu#e #! traveling microscope.

1%. etermine the rigidit! modulus of the material of the rod using -tatic +orsion apparatus.

1&. etermine the relative densit! of the given solid and li"uid #! Melds apparatus. 7(se

#oth modes8.

1'. -tandardie the given grating using the green line of the mercur! spectrum and hence

find out the $avelength of the other prominent lines in the spectrum #! normal incidence

method.

1). Find the pole strength of the given magnet using deflection magnetometer in +an 4

position +ake ) sets of readings.

1,. 4onstruct ; and A: gates using diodes and transistor and verif! its truth ta#le.

1/. -tandardie the potentiometer using aniel cell and cali#rate a lo$ range voltmeter and


10. etermine the diameter of the given $ire using air $edge apparatus.





4%!y-'

P+Y-Com!i-'A.N Time , hrs


37/47


11. etermine the acceleration due to gravit! at the place #! using a compound pendulum.


and measuring the depression of the #ar #! pin and microscope.1%. Find the rigidit! modulus of the material of the given $ire using torsion pendulum.

1&. 4ompare the moments of t$o #ar magnets #! measuring the fre"uenc! of oscillations


1'. Find the refractive index of the material of the given prism using spectrometer.

1). Find the moment of inertia of the Fl!*$heel. +ake ) sets of readings.

1,. Find the moment of the magnet #! using deflection magnetometer in +an A position. +ake

) sets of readings.

1/. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance




23. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum



.



Octo5er-''


38/47



11. etermine the densit! of the material of the given glass plate 74ommon #alance< =ernier

4alipers< -cre$ gauge etc. are given8.


1%. Find the rigidit! modulus of the material of the given rod using the static torsion


1&. 4ompare the moments of t$o magnets using deflection magnetometer in +an 5 position.


1'. etermine the diameter of the given $ire using air $edge. >iven $ave length of sodium

light ? @ '/0.% nm.

1). 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

1,. etermine the magnetic dipole moment of the given magnet using circular coil apparatus.

1/. etermine the relative densit! of the given solid and li"uid #! arranging Melds apparatus

in different modes of vi#ration.

10. etermine the reduction factor of a +.>. using potentiometer. 9ence calculate the





4%!y-'

P+Y-Com!i-'*F.N Time , hrs


39/47



li"uid of kno$n refractive index.12. etermine the refracting angle and angle of minimum deviation of the given prism using


1%. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to


1&. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for


1'. etermine the resistance of the given $ire using 4are! Foster 5ridge< hence find out the


1). etermine the coefficient of viscosit! of the given li"uid #! varia#le pressure head


1,. etermine the magnetic moment and pole strength of the given #ar magnet using


1/. etermine the $ave length of the given monochromatic light< #! :e$tons rings method.



23. -tandardie the potentiometer for a length of ,.2 m using a aniel cell and then use it to




4%!y-'

P+Y-Com!i-'0A.N Time , hrs


40/47






1%. etermine the resistance of the given coil of $ire using potentiometer and hence find out


1&. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum



1'. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.



1,. etermine the 6oungs modulus of the material of the given #ar #! su#ecting it to non*

uniform #ending. 7in and microscope are given8.

1/. 4onvert the given galvanometer into a voltmeter to read 3.1 = per division and cali#rate

it using a potentiometer. ra$ the cali#ration graph.

10. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le




4%!y-'

P+Y-Com!i-'*A.N Time , hrs


41/47



12. 4onvert the given galvanometer into an Ammeter $hich can read up to 1A and then

cali#rate it.

1%. etermine the refracting angle and angle of minimum deviation of the given prism using




1'. etermine the resistance of the given $ire using 4are! Foster 5ridge. 9ence find out the


1). etermine the magnetic dipole moment of the given magnet #! using circular coil

apparatus.

1,. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

1/. etermine the moment of inertia of a fl!*$heel. +ake ) sets of readings.

10. -tandardie the given grating using the green line of the mercur! spectrum and hence


method

23. etermine the rigidit! modulus of the material of the given $ire using +orsion endulum.



4%!y'

P+Y-Com!i-'0F.N Time , hrs



42/47



1%. Find the rigidit! modulus of the material of the given rod using the static torsion




1'. etermine the resistance of the given $ire using 4are! Foster 5ridge< hence find out the


1). etermine the coefficient of viscosit! of the given li"uid #! varia#le pressure head


1,. Find the pole strength of the given magnet using deflection magnetometer in +an 4


1/. etermine the $ave length of the given monochromatic light< #! :e$tons rings method.



23. -tandardie a potentiometer for a length of ,.2 m using a aniel cell and then use it to




4%!y-'

P+Y-Com!i-'F.N Time , hrs


43/47






1%. etermine the 6oungs modulus of the material of a given #ar #! su#ecting it to uniform


1&. 4onstruct a half $ave rectifier and find out the ripple factor $ith and $ithout filter for


1'. etermine the diameter of the given $ire using air $edge apparatus. >iven $ave length

of sodium light ? @ '/0.% nm.

1). 4onstruct A: and :;+ gates using diodes and transistor and verif! its truth ta#le.

1,. etermine the magnetic dipole moment of the given magnet using circular coil apparatus.

1/. etermine the relative densit! of the given solid and li"uid #! arranging Meldes


10. etermine the reduction factor of the +.>. using potentiometer. 9ence calculate the





4%!y-'

P+Y-Com!i-'A.N Time , hrs



44/47





1%. etermine the resistance of the given coil of $ire using potentiometer and hence find out


1&. -tandardie the given grating using the green line 7? @ '&).1 nm8 of mercur! spectrum



1'. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes.



1,. etermine the resistance of the given $ire using 4are! Foster 5ridge. 9ence find out the


1/. etermine the moment of inertia of a fl!*$heel. +ake ) sets of readings.

10. 4onstruct ;< A: and :;+ gates using diodes and transistor and verif! its truth ta#le.





4%!y-'

P+Y-Com!i- 'FS Time , hrs


45/47


). etermine the densit! of the material of the given rectangular glass plate 74ommon

#alance< =ernier calipers< -cre$ gauge etc. are provided8.

,. etermine the 6oungs modulus of the material of the given #ar using it as a cantilever


/. Find the moment and pole strength of a magnet using deflection magnetometer in +an A

position.

0. 4onstruct a full $ave rectifier using t$o diodes and determine the ripple factor $ith and

$ithout filter for various values of load resistors.

13. etermine the resistance of the material of the given $ire using 4are! Foster 5ridge and

hence find out its resistivit!.

11. etermine the magnetic dipole moment of the given #ar magnet #! using circular coil

apparatus.


1%. 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.

1&. etermine the surface tension of the given li"uid #! capillar! rise method.

1'. etermine the refracting angle and angle of minimum deviation of the given prism.

9ence calculate the refractive index of the material of the prism.



4%!y-'

P+Y-Com!i-'AS Time , hrs


46/47



spectrometer. 9ence calculate the refractive index of the material of the prism .

12. 4ompare the magnetic moments of t$o given magnets using deflection magnetometer


1%. -tud! the variation of magnetic flux densit! along the axis of a circular coil carr!ing


1&. etermine the refractive index of the material of a lens #! li"uid lens method< using a


1'. etermine the surface tension of the given li"uid #! capillar! rise method. 7adius of the

capillar! tu#e ma! #e measured #! using =ernier Microscope8.

1). 4onstruct a half $ave rectifier using unction diode and measure the output $ith and



1,. Find the rigidit! modulus of the material of the given $ire using +orsion endulum.

1/. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance


10. 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.




4%!y-'

P+Y-Com!i- '*FS Time , hrs


47/47




12. Find the fre"uenc! of the given vi#rator #! Meldes apparatus. (se #oth modes

1%. lot the for$ard characteristics of a p*n unction diode and hence find the static resistance


1&. Find the pole strength of the given magnet using deflection magnetometer in +an 4


1'. etermine the refracting angle and angle of minimum deviation of the given prism using


1). 4ali#rate the given lo$ range voltmeter using potentiometer. ra$ cali#ration graph.

1,. etermine the moment of inertia of a fl!*$heel.

1/. etermine the magnetic dipole moment of the given magnet #! using circular coil

apparatus.




Documents

7 Questionpapers-compli.doc