In planetary motion, the surface velocity of the planet’s position vector depends on the angular velocity (ω) and distance (r) of the planet from the sun.

What is the surface velocity of the planet?

The concept of surface velocity is historically closely related to the concept of angular momentum. Kepler’s second law states that the surface velocity of a planet with the sun as its origin, is a constant.

What is the surface velocity and its formula?

Face velocity = Δ A Δ t = L 2 m . …since the angular momentum is constant, the face velocity must also be constant. This is exactly Kepler’s second law. Like Kepler’s first law, Newton showed that this was a natural consequence of his law of gravitation.

What is the surface velocity of an object?

A sort of Measure the speed of one celestial body in the orbit of another celestial bodyequal to the area swept in unit time by the vector connecting the two objects.

What is the surface velocity of the particle in the central force field?

Therefore, the surface velocity is constant Particles subjected to any type of central force; this is Kepler’s second law.

In planetary motion, the surface velocity of the planet’s position vector depends on the angular velocity`

36 related questions found