The image shows the path of a ball from the time it’s thrown to the time it lands on the ground. determine the kind of energy the ball has at each position. (pe stands for gravitational potential energy, and ke stands for kinetic energy.) pe neither pe and ke

At Position 1: The ball has both PE and KE. (The ball is at a height from ground and velocity is given to the ball)

At Position 2: The ball has both PE and KE. (The ball is at a height from ground and velocity is also there.

At Position 3: The ball has both PE and KE. (The ball is at a height from ground and velocity is also there.)

At position 4: The ball has only PE. (The ball is at a height from ground and velocity is zero.)

At position 5: The ball has both PE and KE. (The ball is at a height from ground and velocity is also there.)

At position 6: The ball has both PE and KE. (The ball is at a height from ground and velocity is also there.)

At position 7: The ball has only KE (Just before hitting the ground). After landing the ball have neither of the energy.

their crystal patterns have been disrupted by stress

a=d/t

a="triangle"v/t

explanation:

a = acceleration