none you fall
Open the glove box, push "in" on both sides of glovebow to allow it to fall forward. The filter is behind the glovebox door, squeeze both sides of filter holder inwards, and pull out.
A sky diver in free fall
Open the glove box, push "in" on both sides of glovebow to allow it to fall forward. The filter is behind the glovebox door, squeeze both sides of filter holder inwards, and pull out.
Opening a parachute would slow down the sky diver's fall by increasing air resistance. This creates a counterforce that opposes gravity, causing the sky diver to decelerate and descend more slowly, leading to a safer landing.
If there is any horizontal component to the diver's velocity, then that will cause a parabolic path instead of a straight line fall due to gravity.
If there is any horizontal component to the diver's velocity, then that will cause a parabolic path instead of a straight line fall due to gravity.
This is due to the high resistance or drag force exerted by the water as the diver enters it. The drag force quickly slows down the diver's speed, leading to a rapid deceleration compared to the relatively small gravitational force that initially accelerated the diver's fall. This difference in forces causes the diver to stop much faster in water than in free fall air.
The momentum of the diver with the gravity against the thinner air in the altitude and the position of your body cause you to slow down your fall.
No, all objects fall at the same rate regardless of their mass due to gravity, neglecting air resistance. The acceleration of gravity on an object is independent of its mass.
Terminal velocity is when air drag stops you from going any faster when falling. A heavier person will fall with greater force than the light sky diver falls at. So the heavier skydiver will require more force from air in order to keep him/her at terminal velocity
the cyclist