Two skydivers of different masses jump from a plane. In three to five sentences, explain how their falls compare, including the effects of gravity, mass, and air resistance. they pull their parachutes at different times
3 answers
Both skydivers experience the same gravitational force pulling them towards the earth, regardless of their masses. However, due to their difference in mass, the heavier skydiver will fall faster than the lighter skydiver. This is because the heavier skydiver has more inertia, making it more difficult for air resistance to slow them down. As they fall, air resistance will affect both skydivers, but it will have a greater impact on the lighter skydiver, causing them to have a slower descent. When they pull their parachutes at different times, the lighter skydiver will have a gentler landing due to their slower descent, while the heavier skydiver may experience a more sudden stop.
can you do five?
Certainly! Both skydivers experience the same acceleration due to gravity as they fall, but the heavier skydiver will have more gravitational force acting on them due to their greater mass. This means the heavier skydiver will fall faster than the lighter skydiver. As they descend, the force of air resistance will also have a greater effect on the lighter skydiver, slowing them down more than the heavier skydiver. When they pull their parachutes at different times, the lighter skydiver will have a longer, gentler descent with a softer landing, while the heavier skydiver may have a quicker descent and a potentially more abrupt landing due to their greater mass and momentum.
2 answers