I think it depends on the distance it is falling from. The longer it falls the more momentum it gains.
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The idea is called 'terminal velocity'. For a skydiver in the typical flat open position (to maximize drag) the terminal velocity is about 195 mph. Where objects can fall in vacuum, there is no termal velocity, except for the moment of impact with the body responsible for the gravitational field, at which time velocity and acceleration both 'terminate'. But on earth, the atmosphere causes drag, and at some point a falling object may accelerate enough so that atmospheric drag counteracts acceleration. Terminal velocity will be different from object to object, because of the characteristics of the object that would increase or minimize drag. In the head-down position, competition skydivers can reach speeds higher than 600 mph.
The general expression for this is "terminal velocity", when the atmospheric resistance against a falling object cancels out any acceleration that would be caused by gravity.
420 miles per hour
The Answer Is Roughly 7 Miles Per Second
It depends on how high it is when it start falling. If it is high enough, it will reach its terminal velocity and stop accelerating before it hits the ground. As an object is falling, it has to push through air below it. The faster it falls, the greater the air resistance (or drag) to the object. At some point, the amount of air resistance will be equal to the pull of gravity (its weight) and it will not be able to go any faster. We call this its terminal velocity, the maximum speed it can reach as it is falling through air. A larger or wider object will have more drag than a smaller object of the same weight and will have different maximum speeds. That is why a person falling from a plane with a parachute will stop going faster after the parachute opens and the drag increases because of the shape of the open parachute.
A falling object will continue to accelerate when free falling, but each object has a maximum speed which it can reach (but go no faster than this speed) when free falling from great heights. True.
Its the air resistance that causes the free falling body to reach its terminal velocity
Without air, the speed of a falling object keeps increasing, and never reaches a maximum. The only thing that causes it to reach a maximum and stop increasing is air resistance. The effects of air resistance depend on the size, shape, and composition of the object, and the calculation of the "terminal velocity" in advance is very complex.
The Answer Is Roughly 7 Miles Per Second
Falling Out of Reach was created in 2007.
It depends on how high it is when it start falling. If it is high enough, it will reach its terminal velocity and stop accelerating before it hits the ground. As an object is falling, it has to push through air below it. The faster it falls, the greater the air resistance (or drag) to the object. At some point, the amount of air resistance will be equal to the pull of gravity (its weight) and it will not be able to go any faster. We call this its terminal velocity, the maximum speed it can reach as it is falling through air. A larger or wider object will have more drag than a smaller object of the same weight and will have different maximum speeds. That is why a person falling from a plane with a parachute will stop going faster after the parachute opens and the drag increases because of the shape of the open parachute.
A falling object will continue to accelerate when free falling, but each object has a maximum speed which it can reach (but go no faster than this speed) when free falling from great heights. True.
Its the air resistance that causes the free falling body to reach its terminal velocity
It is atime when a person reach the maximum point of satisfaction after consume more a certain commodity at a time.
No, but the speed of sound can be changed by the Doppler effect. Such that if the plane is coming towards you it will reach you faster then if it was traveling away from you. Same with the snapping, if a person was coming towards you it would reach you faster, if moving away would reach you slower.
during whose reign did the marathas reach maximum expansion
By plane or boat. Plane would be faster
the maximum speed is around 89
Friction (from air resistance) stops them from falling faster and faster continually - instead they reach a maximum velocity and stay at that speed until they pull their parachute. Friction prevents them from plummeting to their death.
By plane, train, car, bike.