Did you find the direction of acceleration?Stewkatt said:
2D kinematics is the study of motion in two dimensions, taking into account both the horizontal and vertical components of an object's movement.
To calculate acceleration in 2D kinematics, you need to determine the change in velocity in both the horizontal and vertical directions over a given time period. Then, use the formula a = (vf - vi)/t, where a is acceleration, vf is final velocity, vi is initial velocity, and t is time.
Average acceleration is the overall change in velocity over a given time period, while instantaneous acceleration is the acceleration at a specific moment in time. In 2D kinematics, average acceleration takes into account both the horizontal and vertical components, while instantaneous acceleration can vary in different directions at any given moment.
The acceleration of a jumping athlete typically follows a parabolic path, with a gradual increase in acceleration as they push off the ground, reaching a peak at the highest point of their jump, and then gradually decreasing as they come back down to the ground.
The acceleration of a jumping athlete can be affected by factors such as the force they exert on the ground, their body mass, and air resistance. Other external factors such as the surface they are jumping on and the angle of their jump can also impact their acceleration.