After 5 seconds your speed is about 160 feet per second due to gravity
speed = gt = 32 x 5 = 160
You travel a distance in 5 seconds of 1/2gt^2 = 400 feet
After that it depends on weight but due to air resistance speed is constant near 160 feet per second so to go next 800 feet takes about 5 seconds
Total time = 10 seconds to free fall 1200 feet
If there were no air, it would take take only about 8.5 seconds
The volume of a cylinder 8 feet long by 3 feet wide is: 56.5 cubic feet.
If the length is 15.5 feet then the combined length of the two long sides is 31 feet, this leaves 9 feet, which divided between the two shorter sides means each must be 4.5 feet long or 4 feet 6 inches long if you prefer.
99ft2
the tennis court is about 78 feet long and 27 feet width the tennis court is about 78 feet long and 27 feet width
It is 18.87 feet.
1200 X 1200 = 1440000 square feet 1440000 / 43560 = 33.057 acres There are 43560 square feet in an acre
1200 feet
800 to 1200 feet long to be legal for competition.
a building with a total floorspace of 1,200 square feet. For instance, a building that is 40 feet wide and 30 feet long would have 1200 square feet of floor space.
It is 8.26 acres, approx.
Feet are the same as linear feet. Linear just distinguishes them clearly from square feet or cubic feet.
1200 because there are 12 inches in a foot
ydtt
depends
Assuming that it is a free fall under gravity, that acceleration due to gravity is 32 feet/sec^2, and that air resistance can be ignored, the answer is 3.33... (recurring) minutes.
If there are 12 inches in one foot, than 1 foot equals 12 inches. So 100 x 12 = 1200. Meaning there are 1200 inches in 100 feet.
The time it takes to fall 50,000 feet can be calculated using the formula for free fall time: time = √(2h/g), where h is the height (50,000 feet in this case) and g is the acceleration due to gravity (approximately 9.81 m/s^2). Converting 50,000 feet to meters (approximately 15,240 meters), the calculation would yield a free fall time of approximately 55 seconds. This calculation assumes no air resistance and a vacuum-like environment.