depends
It would take 12.75 seconds to fall 2600 feet with gravity, s= 1/2 g t2
It all depends on how much you weigh.
Just under 5 minutes.
The time it takes to fall 2000 feet depends on various factors, including air resistance and the object’s mass. However, in a vacuum (ignoring air resistance), an object in free fall would take about 10 seconds to fall 2000 feet, as the acceleration due to gravity is approximately 32 feet per second squared. In real-world conditions, such as for a skydiver, it may take longer due to air resistance slowing the fall.
depends
It would take 12.75 seconds to fall 2600 feet with gravity, s= 1/2 g t2
It all depends on how much you weigh.
get a calculator, take 3500 divided by 3 times 2.
Just under 5 minutes.
If the air isn't slowing you down and the only force on you is the force of gravity,then you fall 2,712 feet in 12.98 seconds. (rounded)
It would take approximately 50 seconds for an object to fall 60,000 feet in a vacuum without air resistance. However, in reality, factors like air resistance would affect the actual time it takes for the object to fall.
The time it takes to fall 2000 feet depends on various factors, including air resistance and the object’s mass. However, in a vacuum (ignoring air resistance), an object in free fall would take about 10 seconds to fall 2000 feet, as the acceleration due to gravity is approximately 32 feet per second squared. In real-world conditions, such as for a skydiver, it may take longer due to air resistance slowing the fall.
about a week
It depends on how fast you can walk.
U know that Rudolph can mow 1000 square feet in 2 hours. You then know that he can mow 3000 square feet in 6 hours. From the given information, Rudolph can also mow 500 square feet in 1 hour. Therefore, Rudolph can mow 3500 square feet in 7 hours!
The time it takes to fall 400 feet depends on factors like air resistance, but in a vacuum, it would take approximately 4.5 seconds to fall that distance, using the formula for free fall: ( t = \sqrt{\frac{2d}{g}} ), where ( d ) is the distance (400 feet) and ( g ) is the acceleration due to gravity (about 32 feet per second squared). With air resistance, the time may be slightly longer.