Figure shows the orbit of a planet `P` round the sun `S`. `AB` and `CD` are the minor and major axed of the ellipse.

If `U` is the potential energy and `K` kinetic energy then `|U|gt|K|` at

Figure shows the orbit of a planet P round the sun S . AB and CD are the minor and major axed of the ellipse. If t_(1) is the time taken by the planet to travel along ACB and t_(2) the time along BDA , then

If E is the total energy, U is the potential enegy and K is the kinetic energy of a mole of an ideal gas

If E is the total energy, U is the potential enegy and K is the kinetic energy of a mole of an ideal gas

If the kinetic of revolving electron in an orbit is K, what is its potential energy and total energy ?

Figure shows a planet in an elliptical orbit around the Sun S . Where is the kinetic energy of the planet maximum?

Figure shows a planet in an elliptical orbit around the Sun S . Where is the kinetic energy of the planet maximum?

Figure showns a planet in an elliptical orbit around the sun S. Where is the kinetic energy of the planet maximum?

Figure showns a planet in an elliptical orbit around the sun S. Where is the kinetic energy of the planet maximum?

A planet revolves round the sun in an elliptical orbit of minor and major axes x and y respectively . Then the time period of revolution is proportional to