Magnetometer
PHYSICS
PROJECT
WORK
presented by : tamojeet pandit class : xii - 'c'
INDEX
SLNO TOPIC PAGE NO
1. Certificate .
2. Acknowledgement
3. Aim
4. Materials and Equipment
5. Theory
6. Experimental Procedure
7. Result
8. Precautions
9. Bibliography
CERTIFICATE
This is to certify that TAMOJEET PANDIT studying in class XII – ‘C' has successfully completed the project in PHYSICS as prescribed by the CBSE Board in the PHYSICS Laboratory of KENDRIYA VIDYALAYA ASC CENTRE (s) during the academic year 2013-2014.
Signature of Internal Examiner:
MR JOHN [PGT PHYSICS]
Signature of External Examiner:
ACKNOWLEDGEMENT A successful project is a fruitful culmination of efforts put in by many people. Some directly involved and others who have quietly encouraged and extended support from the background. A project is not complete if one fails to acknowledge those who have been instrumental in the successful completion of the project. At this juncture, I express my heartfelt gratitude to those without whose help I couldn’t have completed this project. I express my sincere thanks to my computer science teacher MR JOHN for giving me an opportunity to work on this project and guiding me towards successful completion of this Endeavour.
AIM
To determine the moment of inertia (I) of a bar magnet and time period of a bar magnet.
rEQUIREMENTS (1) Deflection magnetometer
(2) a bar magnet.
(3) Oscillating magnetometer box
(4) stopwatch.
THEORY
EXPERIMENTAL PROCEDURE
PRECAUTIONS
1. Experimental magnets should be placed at the same horizontal level of the magnetic needle of magnetometer.
2. The deflection of deflection magnetometer should always lie between 300 and 600.
3. Magnets and magnetic materials should be at safe distance from the experimental set up.
4. Parallax should be avoided while taking the deflection.
PROJECT
WORK
presented by : tamojeet pandit class : xii - 'c'
INDEX
SLNO TOPIC PAGE NO
1. Certificate .
2. Acknowledgement
3. Aim
4. Materials and Equipment
5. Theory
6. Experimental Procedure
7. Result
8. Precautions
9. Bibliography
CERTIFICATE
This is to certify that TAMOJEET PANDIT studying in class XII – ‘C' has successfully completed the project in PHYSICS as prescribed by the CBSE Board in the PHYSICS Laboratory of KENDRIYA VIDYALAYA ASC CENTRE (s) during the academic year 2013-2014.
Signature of Internal Examiner:
MR JOHN [PGT PHYSICS]
Signature of External Examiner:
ACKNOWLEDGEMENT A successful project is a fruitful culmination of efforts put in by many people. Some directly involved and others who have quietly encouraged and extended support from the background. A project is not complete if one fails to acknowledge those who have been instrumental in the successful completion of the project. At this juncture, I express my heartfelt gratitude to those without whose help I couldn’t have completed this project. I express my sincere thanks to my computer science teacher MR JOHN for giving me an opportunity to work on this project and guiding me towards successful completion of this Endeavour.
AIM
To determine the moment of inertia (I) of a bar magnet and time period of a bar magnet.
rEQUIREMENTS (1) Deflection magnetometer
(2) a bar magnet.
(3) Oscillating magnetometer box
(4) stopwatch.
THEORY
EXPERIMENTAL PROCEDURE
PRECAUTIONS
1. Experimental magnets should be placed at the same horizontal level of the magnetic needle of magnetometer.
2. The deflection of deflection magnetometer should always lie between 300 and 600.
3. Magnets and magnetic materials should be at safe distance from the experimental set up.
4. Parallax should be avoided while taking the deflection.