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Grade 11 Physics Program
- This is a representative list of topics covered in our Grade 11 Physics program - however all programs will be customized for the individual studen..
Grade 10 Physics Program
- This is a representative list of topics covered in our Grade 10 Physics program - however all programs will be customized for the individual studen..
Grade 9 Physics Program
- This is a representative list of topics covered in our Grade 9 Physics program - however all programs will be customized for the individual studen..
11.
Two solenoids P and Q have length and the total number of turns in the ratio of 1:2. What is the ratio of the magnetic field inside the two solenoids due to the same curren..
Numerical -11
If 200 MeV energy is released in the fission of a sample nucleus of 9 2 U 2 3 5 , how many fissions must occur per second to produce a power of 1 k..
Numerical - 11
Calculate the angle of dispersion between red and violet colours produced by a filter glass prism of refracting angle of 60 0..
Atoms and Nuclei Problems - Numerical 11
11. - If 200 MeV energy is released in the fission of a sample nucleus of 9 2 U 2 3 5 , how many fissions must occur per second to produce a power of 1 k..
Moment of Inertia and its Physical Meaning
Moment of Inertia and its Physical Meaning - Consider a rigid body rotating about a fixed axis AB. Consider a particle 'p' of mass 'm' rotating in a circle of radius 'r'. The total torque on all the forces acting on all the particles of the body is: whe..
Moment of Inertia and its Physical Meaning - Consider a rigid body rotating about a fixed axis AB. Consider a particle 'p' of mass 'm' rotating in a circle of radius 'r'. The total torque on all the forces acting on all the particles of the body is: whe..Physical Meaning of Angular Momentum
Consider a particle capable of rotation about an axis. At any time t, let its momentum be and , the position vector. Then the angular momentum is given by the cross product and . = x..
Consider a particle capable of rotation about an axis. At any time t, let its momentum be and , the position vector. Then the angular momentum is given by the cross product and . = x.. Result
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