The diagram below represents a bicyclist at the top of a hill, with four points labeled W, X, Y, and Z. Assume that
the bicyclist does not apply the brakes as he rides down the hill. At which point will the bicyclist's kinetic energy be
closest to zero?

point y
point z
point w
point X

Potential energy is energy that is built up and saved. When you are moving and letting out that energy, that is kinetic energy. You would be using the least kinetic energy when you aren't moving, which is at the top of the hill because you move faster the more you go down.

Answer Link

The diagram below represents a bicyclist at the top of a hill, with four points labeled W, X, Y, and Z. Assume that the bicyclist does not apply the brakes as he rides down the hill. At which point will the bicyclist's kinetic energy be closest to zero? point y point z point w point X

Respuesta :

Otras preguntas

The diagram below represents a bicyclist at the top of a hill, with four points labeled W, X, Y, and Z. Assume that
the bicyclist does not apply the brakes as he rides down the hill. At which point will the bicyclist's kinetic energy be
closest to zero?

point y
point z
point w
point X