No. "Feet" tells you a length or distance, like the length of a rope, or the distance from home to school. "Square feet" tells you an area, like how much carpet you need to cover a floor, or how much land you own.
.... and you want to know how much longer the second rope is than the first one? If we take 4,000 miles as the radius, and we want to do any comparison with feet then we need to convert the miles to feet. There are 5,280 feet in a mile, and I'll use 3.1416 as the value of pi. So, rope A goes around a circle with a radius of 4,000, which is a radius of 21,120,000 feet. Then rope B goes around a circle with a radius of 21,120,010 feet. As the circumference = 2 pi r we can multiply both of these by 2 pi and subtract the smaller from the larger. Rope A = 132701184 feet Rope B = 132701246.832 The difference here is 62.832 feet. However, we can get exactly the same result if we just multiply the extra 10 feet by 2 pi = 10 x 2 x 3.1416 = 62.832. This is equal to 62 feet 10 inches.
81
Oh, what a lovely problem to solve! Let's paint a happy little picture here. If we let the length of the first piece be x meters, the second piece would be 3x meters long, and the third piece would be 4 times that, which is 12x meters. Together, they add up to 64 meters, so we can set up the equation x + 3x + 12x = 64 to find the lengths of each piece.
Well, darling, if you cut that rope in half, you'll end up with two pieces that are each 2 meters and 3 centimeters long. Simple math, honey, nothing fancy about it. Just make sure you don't trip over those two pieces while strutting your stuff!
26 yards long
1 yard.
Hot
that would be 27 feet of rope
5 meters, or 500 centimeters, or about 5.47 yards, or 16.41 feet.
The Valeo Speed Jump Rope is 10 feet long, but may be adjusted for length.
Linear feet is the length. An eight foot long rope has eight linear feet.
30 inches or 2 feet and 6 inches
Depends on the lenght. Jump ropes can be long or short.
Multiply by 36.
A fence A rope A driveway
Let the length of the shorter piece be ( x ) feet. Then the longer piece would be ( 2x ) feet. According to the problem, the total length of the rope is 36 feet, so we can set up the equation: ( x + 2x = 36 ). Solving this gives ( 3x = 36 ), which means ( x = 12 ) feet for the shorter piece, making the longer piece ( 2x = 24 ) feet. Therefore, the long piece must be 24 feet long.