In the previous question,
(i) the force on `T` is proportional to `i`
(ii) the force `T` is proportional to `i^(2)`
(iii) if direction of `I` is reversed in the circuit be reversing `E`, the force on `T` will remain in the same direction

In the previous question, if the direction of I is reversed, V_(B)-V_(A) will be

If the kinetic energy of body is directly proportional to time t , the magnitude of force acting on the body is (i) directly proportional to sqrtt (ii) inversely proportional to sqrtt (iii) directly proportional to the speed of the body. (iv) inversely proportional to the speed of the body.

The force of attraction between two point masses is proportional to the product of their mases and inversely proportional to the distance between them. (T or F)

A body has a time period T_(1) under the action of one force and T_(2) under the action of another force, the square of the time period when both the forces are acting in the same direction is

Under what is the heat produced in an electric circuit: (i) directly proportional (ii) inversely proportional to the resistance of the circuit ?

How is the work done by a force measured when (i) force is in the direction of displacement, (ii) force is at an angle to the direction of displacement ?