In cases where there is no air resistance, the rate of the object descending is dependent on the distance, regardless of eth mass of the object. This implies that when the objects are dropped from the same height, they will fall at the same time (Feoli et al., 2019). When a baseball and a bowling ball are dropped from the top of a tall building, all fall at the same rate. Regardless of the weights of the two balls, the air resistance is minimal for these two balls. When you compare the force of gravity acting on these two balls, they both experience the same gravitational force. A smaller ball is easier to move through the air but it has less surface for the force of gravity to act on (Feoli et al., 2019). For the bowling ball, it is greater in size and faces more gravitational force but more resistance.