Consider a person on the moon who launches herself into a standing broad jump at 45°. The average force generated during launching is, as stated in the text, F =2W, and the distance over which this force acts is 60 cm. The gravitational constant on the moon is 1/6 that on earth. Compute (a) the range of the jump; (b) the maximum height of the jump; (c) the duration of the jumn

Consider a person on the moon who launches herself into a standing broad jump at 45°. The average force generated during launching is, as stated in the text, F =2W, and the distance over which this force acts is 60 cm. The gravitational constant on the moon is 1/6 that on earth. Compute (a) the range of the jump; (b) the maximum height of the jump; (c) the duration of the jumn