To skydivers of different masses, jump from a plane in 3 to 5 sentences, explain how their falls compare, including the effects of gravity mass in air resistance
When skydivers of different masses jump from a plane, the force of gravity affects them equally, causing them both to accelerate towards the ground. However, air resistance plays a crucial role as it acts in the opposite direction to gravity. Generally, skydivers with larger masses experience greater gravitational force due to their weight, causing them to fall faster. Meanwhile, air resistance increases with the size and surface area of the falling object, resulting in the lighter skydiver experiencing more resistance and falling at a slower rate. This means that the skydivers' falls would differ in terms of their speed and time taken to reach the ground.
