This question cannot be answered sensibly. A foot is a measure of distance, with dimensions [L]. A pound is a measure of mass, with dimensions [M]. The two measure different things and basic dimensional analysis teaches that you cannot convert between measures with different dimensions such as these without additional information.
To convert pounds-feet per second into horsepower, use the formula: Horsepower = (pounds-feet per second) / 550 This conversion assumes that 1 horsepower is equivalent to 550 pounds-feet per second.
Pressure (Static) is 0.433*(H). H in feet. answer in pounds/sq inch
Calculate the cross-sectional area of the barrier in square feet, multiply the area by the density of concrete (150 pounds per cubic foot), and multiply the answer by the length of the barrier in feet.
Calculate your BMI and that will tell you you can just search calculate your BMI on google and you will be able to calculate it
To calculate the foot-pounds required to lift a weight, multiply the weight in pounds by the distance in feet. In this case, lifting 1500 pounds a distance of 60 inches (which is 5 feet) would require 1500 pounds * 5 feet = 7500 foot-pounds of work.
It is difficult if not impossible to convert pounds to square feet. The units pounds are used to measure mass and square feet measures area. If you were looking at something like floor tile, which weighs "X" per square foot, it may be possible to calculate and find an answer. As it is, though, we're stuck.
For 600 square feet, 2 pounds of fertilizer is needed. To find out how many pounds are needed for 900 square feet, calculate the ratio: 2 pounds / 600 square feet = x pounds / 900 square feet. Cross-multiply to find x, the pounds of fertilizer needed for 900 square feet.
You must convert the mass from pounds to kilograms, time from seconds to seconds, and distance from feet to meters. Only then can you use the formula for momentum (momentum = mass * velocity) to calculate momentum in SI units (kg*m/s).
to calculate square feet you need a 2d shape
To calculate how far the book can be pushed on a table using 16.9 foot-pounds of work, you need to divide the work by the weight of the book. So, 16.9 foot-pounds of work / 5.2 pounds = 3.25 feet. Therefore, the book can be pushed 3.25 feet on the table.
A 1000 feet of 300 MCM wire weighs 1021 pounds. It is easy to calculate from there.
Twenty feet times twenty feet = 400 Square feet of area. Divide by 12 to get the number of cubic feet which is 33.33. One cubic foot of water is 7.4805 gallons. One gallon of water weights 8.3249 pounds. So multiply 33.333 by 7.4805 = 249.35 gallons times 8.3249 pounds per gallon = 2075.81 pounds of water on the roof.