VI-Sem Question-core 2.doc

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UNIVERSITY OF CALICUT

VI Semester B.Sc. Physics (CC-SS) Core Prctic! II

A"ri! #$%&

P'Y CORE#. # F.N Time & hrs

Attempt the Question Marked ‘X’

1. Determine the angle of emergence i2 for various values of the angle of incidence i1 using

spectrometer. Draw i1 i2 curve and hence determine the refractive inde! of the material of

the prism.

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

$. %a&Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar)

ra)s. %#&Determine the *lank’s

constant using different colors of +,D’s.-. Determine the diameter of a thin wire #) measuring the width of the interference #ands

formed #) the air wedge arrangement and also the angle of the wedge.

. Determine the reduction factor of the tangent galvanometer using potentiometer.

/. Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.

. "onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.

3. 0ind the capacit) of a capacitor using .4.

5. Determine the specific rotator) power of sugar solution using polarimeter.16. Determine the fre'uenc) of A." mains using sonometer.





A"ri!-#$%&

P'Y CORE#. # A.N Time & hrs


1. Determine the "auch)’s constants of the given prism.

2. Determine the wavelength of sodium light #) forming 7ewton’s rings using reflected

light.

$. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

-. "ali#rate the given high range voltmeter using potentiometer.

. %a& 8tud) the variation of the magnetic flu! densit) along the a!is of a circular coil

carr)ing current using deflection magnetometer.

%#& Also find the value of hori(ontal component of the earth’s magnetic flu! densit) ‘h’

at a place using circular coil apparatus./. "onvert the given galvanometer into a voltmeter to read 6.19 per scale division and

cali#rate it #) using standard voltmeter.

. Determine the value of the given high resistance #) the method of leakage: using .4.

3. %a& Determine the numerical aperture of given optical fi#re #) using

semiconductor laser.

%#& Determine the *lank’s constant using different colors of +,D’s.

5. 0ind the fre'uenc) of alternating current %A"& #) using sonometer.

16.Determine the reduction factor of the tangent galvanometer using potentiometer.





A"ri!-#$%&

P'Y CORE#. *FN Time & hrs


1. 8tandardi(e the grating using the green line of the mercur) spectrum and hence determine

the wavelength of the other prominent lines of mercur) spectrum #) the normal incidence

method.

2. Determine the diameter of a thin wire #) measuring the width of the interference #ands


$. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.-. Determine the resistivit) of the material of the given wire #) finding the resistance using

"are) 0oster’s #ridge.

. "onvert the given galvanometer into a voltmeter to read 6.19 per scale division and


/. Determine the mutual inductance of a pair of coils using .4.

. Determine the diameter of a thin wire #) measuring the width of the interference #ands


3. Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.

5. Determine the numerical aperture of given optical fi#re #) using semi conductor laser.16.Determine the *lank’s constant using different colors of +,D’s.





P'Y CORE#. *AN Time & hrs


1. 8tandardi(e the grating using green line of the mercur) spectrum and determine the

wavelength of the prominent lines of the mercur) spectrum using diffractive grating in

the minimum deviation position.

2. Determine the wavelength of the given laser source using plane transmission grating.

$. Determine the reduction factor of the tangent galvanometer using potentiometer.

-. "ali#rate the given high range voltmeter .

. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.

%#& Determine the magnetic dipole moment of the given #ar magnet #) using circular

coil apparatus.

/. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.


3. Determine the numerical aperture of given optical fi#re #) using semi conductor laser.

5. Determine the specific rotator) power of sugar solution using polarimeter.

16.Determine the fre'uenc) of A." mains using sonometer.





P'Y CORE#. +FN Time & hrs


1. 8tandardise the grating using the green line of the mercur) spectrum and hence determine


method.2. Determine the "auch)’s constants of the given prism.

$. Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.

-. Determine the reduction factor of the tangent galvanometer using potentiometer.



/. 0ind the capacit) of a capacitor using .4.

. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.



16.Determine the *lank’s constant using different colors of +,D’s.



P'Y - CORE #. +A.N Time & hrs




1. 8tandardise the grating using green line of the mercur) spectrum and determine the

wavelength of the prominent lines of the mercur) spectrum using diffraction grating in




$. Determine the wavelength of the given laser source using plane transmission grating.

-. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coilcarr)ing current.


coil apparatus.

. "ali#rate the given high range voltmeter.

/. Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.

. Determine the mutual inductance of a pair of coils using .4.

3. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

5. Determine the numerical aperture of given optical fi#re #) using semi conductor laser.16.0ind the fre'uenc) of alternating current %A"& #) using sonometer.



P'Y CORE#. , F.N Time & hrs






method.


light.


-. Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

/. "ali#rate the given high range voltmeter using potentiometer.


3. Determine the resistivit) of the material of the given wire #) finding the resistance using


5. Determine the mutual inductance of a pair of coils using .4.

16.Determine the specific rotator) power of sugar solution using polarimeter.



P'Y CORE#. , A.N Time & hrs









-. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.. Determine the resistivit) of the material of the given wire #) finding the resistance using


/. "onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.




16. Determine the *lank’s constant using different colors of +,D’s.



P'Y - CORE $ Time & hrs






the prism.

2. Determine the wavelength of the given laser source using plane transmission grating.


-. Determine the diameter of a thin wire #) measuring the width of the interference #ands

formed #) the air wedge arrangement and also the angle of the wedge.. Determine the reduction factor of the tangent galvanometer using potentiometer.

/. Determine the resistivit) of the material of the given wire #) finding the resistance using








P'Y - CORE %$ Time & hrs




light.

$. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.-. "ali#rate the given high range voltmeter using potentiometer.

. %a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil



at a place using circular coil apparatus.




. "onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.






P'Y - CORE %% Time & hrs






$. Determine the wavelength of sodium light #) forming 7ewton’s rings using reflected

light.

-. Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

. %a& "ali#rate the given low range voltmeter


/. %a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil



coil apparatus.

. Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.








P'Y - CORE %# Time & hrs




method.



the prism.


-. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

. Determine the resistivit) of the material of the given wire #) finding the resistance using


/. Determine the reduction factor of the tangent galvanometer using potentiometer.



5. 0ind the fre'uenc) of alternating current %A"& #) using sonometer.16. %a& Determine the *lank’s constant using different colors of +,D’s.

%#& "ali#rate the given low range voltmeter





P'Y - CORE %& Time & hrs





the minimum deviation position$. Determine the wavelength of the given laser source using plane transmission grating.

-. Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.



. Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.








P'Y - CORE %/ Time & hrs




method.2. Determine the "auch)’s constants of the given prism.


light.



/. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.


"are) 0oster’s #ridge.3. Determine the mutual inductance of a pair of coils using .4.














light.


. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

/. Determine the resistivit) of the material of the given wire #) finding the resistance using"are) 0oster’s #ridge.


3. "onvert the given galvanometer into a voltmeter to read 6.19 per scale division and



16.0ind the fre'uenc) of alternating current %A"& #) using sonometer.



P'Y - CORE %* Time & hrs




the minimum deviation position2. Determine the "auch)’s constants of the given prism.

$. Determine the diameter of a thin wire #) measuring the width of the interference #ands





apparatus.










P'Y - CORE %+ Time & hrs



spectrometer. Draw i1 i2 curve and hence determine the refractive inde! of the material ofthe prism.



method.

$. Determine the "auch)’s constants of the given prism.



/. %a& "ali#rate the given low range voltmeter

%#& Determine the *lank’s constant using different colors of +,D’s.. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.

%#& Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.




16.Determine the numerical aperture of given optical fi#re #) using semi conductor laser.





P'Y - CORE %, Time & hrs



light.2. 8tandardise the grating using green line of the mercur) spectrum and determine the





-. Determine the wavelength of the given laser source using plane transmission grating.



. Determine the reduction factor of the tangent galvanometer using potentiometer.3. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

5. Determine the value of the given high resistance #) the method of leakage: using .4.




P'Y - CORE % Time & hrs







method.






apparatus.

. %a& "ali#rate the given low range voltmeter


3. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


apparatus.


16."onvert the given galvanometer into a voltmeter to read 6.19 per scale division and




P'Y - CORE #$ Time & hrs




the prism.




$. 8tandardise the grating using green line of the mercur) spectrum and determine the




. "ali#rate the given high range voltmeter using potentiometer.

/. Determine the reduction factor of the tangent galvanometer using potentiometer.

. Determine the resistivit) of the material of the given wire #) finding the resistance using"are) 0oster’s #ridge.

3. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

5. "onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.

16.0ind the capacit) of a capacitor using .4.

UNIVERSITY OF CALICUTVI Semester B.Sc. Physics (CC-SS) Core Prctic! II

P'Y - CORE #% Time & hrs




light.$. 8tandardise the grating using the green line of the mercur) spectrum and hence determine


method.


. "ali#rate the given high range voltmeter using potentiometer.

/. %a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil








3. Determine the value of the given high resistance #) the method of leakage: using .4.


16."onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using astandard ammeter.



P'Y - CORE ## Time & hrs




the prism.



$. 8tandardise the grating using green line of the mercur) spectrum and determine the




. "ali#rate the given high range voltmeter

/. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


apparatus.






5. "onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.




A"ri! #$%&

P'Y - CORE $% Time & hrs




the prism.

12. "ali#rate the given high range voltmeter using potentiometer.

1$. %a&Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar)

ra)s. %#&Determine the *lank’s

constant using different colors of +,D’s.

1-. Determine the diameter of a thin wire #) measuring the width of the interference #ands

formed #) the air wedge arrangement and also the angle of the wedge.1. Determine the reduction factor of the tangent galvanometer using potentiometer.

1/. Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.







A"ri!-#$%&

P'Y - CORE $# Time & hrs


11.Determine the "auch)’s constants of the given prism.

12.Determine the wavelength of sodium light #) forming 7ewton’s rings using reflected

light.

1$.Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

1-."ali#rate the given high range voltmeter using potentiometer.

1.%a& 8tud) the variation of the magnetic flu! densit) along the a!is of a circular coil




1/."onvert the given galvanometer into a voltmeter to read 6.19 per scale division and


1.Determine the value of the given high resistance #) the method of leakage: using .4.






A"ri!-#$%&

P'Y - CORE $& Time & hrs


11.8tandardi(e the grating using the green line of the mercur) spectrum and hence determine


method.

12.Determine the diameter of a thin wire #) measuring the width of the interference #ands

formed #) the air wedge arrangement and also the angle of the wedge.1$.Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

1-.Determine the resistivit) of the material of the given wire #) finding the resistance using




1/.Determine the mutual inductance of a pair of coils using .4.

1."ali#rate the given high range voltmeter






A"ri! #$%&

P'Y CORE $/ Time & hrs


11.8tandardi(e the grating using green line of the mercur) spectrum and determine the


the minimum deviation position.12.Determine the wavelength of the given laser source using plane transmission grating.

1$.Determine the reduction factor of the tangent galvanometer using potentiometer.

1-.%a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


coil apparatus.

1.Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

1/.Determine the value of the given high resistance #) the method of leakage: using .4.

1.Determine the numerical aperture of given optical fi#re #) using semi conductor laser.13.Determine the specific rotator) power of sugar solution using polarimeter.



A"ri! #$%&





11.8tandardi(e the grating using the green line of the mercur) spectrum and hence determine


method.


1$.Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.

1-.Determine the reduction factor of the tangent galvanometer using potentiometer.



1/.Determine the specific rotator) power of sugar solution using polarimeter.





A"ri! #$%&

P'Y - CORE $* Time & hrs


11.8tandardi(e the grating using green line of the mercur) spectrum and determine the







1$. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


coil apparatus.

1-. "ali#rate the given high range voltmeter.

1.Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.1/.Determine the mutual inductance of a pair of coils using .4.





A"ri! #$%&

P'Y - CORE $+ Time & hrs


11.8tandardise the grating using the green line of the mercur) spectrum and hence determine


method.

12.Determine the wavelength of sodium light #) forming 7ewton’s rings using reflectedlight.

1$.Determine the wavelength of the given laser source using plane transmission grating.

1-.Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.


1/."ali#rate the given high range voltmeter using potentiometer.


13.Determine the resistivit) of the material of the given wire #) finding the resistance using






A"ri! #$%&

P'Y - CORE $, Time & hrs


11.8tandardise the grating using green line of the mercur) spectrum and determine the





1-.Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.



1/."onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.







A"ri! #$%&



11.Determine the angle of emergence i2 for various values of the angle of incidence i1 using


the prism.

12.Determine the wavelength of the given laser source using plane transmission grating.

1$.Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.1-.Determine the diameter of a thin wire #) measuring the width of the interference #ands



1/.Determine the resistivit) of the material of the given wire #) finding the resistance using






A"ri! #$%&

P'Y - CORE %$ Time & hrs






light.



1.%a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil

carr)ing current using deflection magnetometer.%#& Also find the value of hori(ontal component of the earth’s magnetic flu! densit) ‘h’







A"ri! #$%&







1$.Determine the wavelength of sodium light #) forming 7ewton’s rings using reflected

light.



1-.Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

1.%a& "ali#rate the given low range voltmeter


1/.%a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil



coil apparatus.1.Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.




A"ri! #$%&

P'Y - CORE %# Time & hrs




method.

12. Determine the angle of emergence i2 for various values of the angle of incidence i1 usingspectrometer. Draw i1 i2 curve and hence determine the refractive inde! of the material of

the prism.

1$. Determine the wavelength of the given laser source using plane transmission grating.

1-. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.





1/. Determine the reduction factor of the tangent galvanometer using potentiometer.





A"ri! #$%&

P'Y - CORE %& Time & hrs



12.8tandardise the grating using green line of the mercur) spectrum and determine thewavelength of the prominent lines of the mercur) spectrum using diffraction grating in

the minimum deviation position



1."ali#rate the given high range voltmeter using potentiometer.

1/.Determine the temperature coefficient of resistance of the material of the coil using "are)

0oster’s ridge.







A"ri! #$%&

P'Y - CORE %/ Time & hrs




method.



light.

1-.Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar) ra)s.


1/.Determine the magnetic dipole moment of the given #ar magnet #) using circular coilapparatus.








A"ri! #$%&








light.

1-.Determine the magnetic dipole moment of the given #ar magnet #) using circular coilapparatus.









A"ri! #$%&



P'Y - CORE %* Time & hrs







1.Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.



1.Determine the mutual inductance of a pair of coils using .4.




A"ri! #$%&

P'Y - CORE %+ Time & hrs




the prism.






1.%a& "ali#rate the given low range voltmeter


1/.%a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


apparatus.



13.Determine the mutual inductance of a pair of coils using .4.



A"ri! #$%&

P'Y - CORE %, Time & hrs



light.




1$.Determine the diameter of a thin wire #) measuring the width of the interference #ands



1."ali#rate the given high range voltmeter using potentiometer.



1/.Determine the reduction factor of the tangent galvanometer using potentiometer.


apparatus.




A"ri! #$%&





method.12.Determine the diameter of a thin wire #) measuring the width of the interference #ands





apparatus.

1/.%a& "ali#rate the given low range voltmeter


1. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coilcarr)ing current.


apparatus.







A"ri! #$%&

P'Y - CORE #$ Time & hrs




the prism.






1.Determine the reduction factor of the tangent galvanometer using potentiometer.1/.Determine the resistivit) of the material of the given wire #) finding the resistance using


1."onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.






A"ri! #$%&

P'Y - CORE #% Time & hrs



light.



method.



1.%a& 8tud) the variation of the magnetic flu! densit) along the a!es of a circular coil

carr)ing current using deflection magnetometer.%#& Also find the value of hori(ontal component of the earth’s magnetic flu! densit) ‘h’





13."onvert the given galvanometer into an ammeter to read up to 1A and cali#rate it using a

standard ammeter.



A"ri! #$%&

P'Y CORE.## Time & hrs




1 8tandardise the grating using green line of the mercur) spectrum and determine the



2 Determine the thermal conductivit) of a #ad conductor using +ee’s disc method.

3 a& "ali#rate the given high range voltmeter. #& Determine the *lank’s constant using

different colors of +,D’s.

-

/ %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


apparatus.

Determine the reduction factor of the tangent galvanometer using potentiometer.

3 0ind the capacit) of a capacitor using .4.

9 %a& Determine the refractive indices of 'uart( prism for the ordinar) and e!tra ordinar)

ra)s. %#&Determine the *lank’s constant using different colors of +,D’s.16



A"ri! #$%/

P'Y - CORE #.#FNS Time & hrs







$. "ali#rate the given low range voltmeter. #& Determine the *lank’s constant using


-. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.




apparatus.


/. Determine the resistivit) of the material of the given wire #) finding the resistance using


. 0ind the capacit) of a capacitor using .4.

3. "onvert the given galvanometer into a voltmeter to read 6.19 per scale division andcali#rate it #) using standard voltmeter.



A"ri!-#$%/

P'Y - CORE #.#ANS Time & hrs




method.

2. Determine the wavelength of sodium light #) forming 7ewton’s rings using reflectedlight.

$. Determine the resistivit) of the material of the given wire #) finding the resistance using


-. "ali#rate the given high range voltmeter using potentiometer.

. %a& 8tud) the variation of the magnetic flu! densit) along the a!is of a circular coil






/. "onvert the given galvanometer into a voltmeter to read 6.19 per scale division and



3. Determine the reduction factor of the tangent galvanometer using potentiometer.



A"ri!-#$%/

P'Y - CORE#.&$FNS Time & hrs




method.



$. Determine the magnetic dipole moment of the given #ar magnet #) using circular coil

apparatus.

-. Determine the resistivit) of the material of the given wire #) finding the resistance using





. "ali#rate the given low range voltmeter using potentiometer






A"ri! #$%/

CORE#.&$ANS Time & hrs





2 Determine the wavelength of sodium light #) forming 7ewton’s rings using reflected

light.

$ %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.

%#& "ali#rate the given low range voltmeter using potentiometer4 "onvert the given galvanometer into a voltmeter to read 6.19 per scale division and


Determine the value of the given high resistance #) the method of leakage: using .4.

/ Determine the resistivit) of the material of the given wire #) finding the resistance using


Determine the "auch)’s constants of the given prism.

3 Determine the reduction factor of the tangent galvanometer using potentiometer.





A"ri! #$%/

P'Y - CORE#.#FNS Time & hrs




method.



$. Determine the angle of emergence i2 for various values of the angle of incidence i1 usingspectrometer. Draw i1 i2 curve and hence determine the refractive inde! of the material of

the prism.

-. Determine the reduction factor of the tangent galvanometer using potentiometer.




apparatus.

. 0ind the fre'uenc) of alternating current %A"& #) using sonometer.






A"ri! #$%/

P'Y - CORE#.ANS Time & hrs







$. %a& 8tud) the variation of magnetic flu! densit) along the a!is of a circular coil

carr)ing current.


coil apparatus.-. Determine the reduction factor of the tangent galvanometer using potentiometer




. "ali#rate the given low range voltmeter. #& Determine the *lank’s constant using





light.

VI-Sem Question-core 2.doc

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Transcript of VI-Sem Question-core 2.doc