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a line "a side" does not have an are because it is one-dimensional. A better question might be "what is the side length of a square that is 125 cm squared" In which case the side length would be the square root of 125 or 5*square root of 5.

Q: What is the area of a side if the length is a 125 cm squared?

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area = length x width = 125 x 50 = 6250 square feet

A cube's volume is denoted by side length cubed. This side length is 5 mm, so: V = 5*5*5 V = 5^3 V = 125 cubic mm The surface area of a cube is denoted by 6(s^2) Where s is the side length. SA = 6(5^2) SA = 6(25) SA = 150 sq. mm The ratio of surface area to volume is 150:125 = 6:5

The side length is 5 centimeters. The volume of 5 centimeters times 5 centimeters times 5 centimeters = 125 cubic centimeters.

It is 5 cm.

A cube with a side length of 5 feet has a volume of 125 cubic feet.

Related questions

The side length of a cube with a volume of 125 units cubed is: 5 units.

find the cube root of 125(which is 5) is the length of one side do Pythagorean theorem to find the diagonal 5squared plus 5 squared=50 square root of 50=7.07106781 is diagonal

area = length x width = 125 x 50 = 6250 square feet

A cube's volume is denoted by side length cubed. This side length is 5 mm, so: V = 5*5*5 V = 5^3 V = 125 cubic mm The surface area of a cube is denoted by 6(s^2) Where s is the side length. SA = 6(5^2) SA = 6(25) SA = 150 sq. mm The ratio of surface area to volume is 150:125 = 6:5

The side length is 5 centimeters. The volume of 5 centimeters times 5 centimeters times 5 centimeters = 125 cubic centimeters.

The length of one edge is the cube root of 125. So one edge is 5cm3 The surface area of a cube is 6s2 with s being the length of one side, so 6(52) is a surface area of 150 inches

It is 5 cm.

Since the "slices" of an equilateral hexagon are equilateral triangles, the Pythagorean theorem will solve this problem: A squared plus B squared equals C squared, where A and B are the sides at right angle to each other and C is the hypoteneuse (long side). Slice a 10 inch tall equilateral triangle down the middle. The height A is 10 inches; the base B (1/2 of A) is 5 inches. 10 squared equals 100; 5 squared equals 25. Therefore, the length of each side of the equilateral triangle is the square root of 125, or approximately 11.18 inches. This is also the length of the sides of the hexagon in question.

A cube with a side length of 5 feet has a volume of 125 cubic feet.

Each side is 5 cm in length

If you're given two side lengths but you need to find the hypotenuse, use this formula:a2+ b2 = c2For example...( length a=5 ; length b= 10)a2 + b2 = c252 + 102 = c225 + 100 = c2125 = c2since c is squared, you find the square root of c(125)the square root of 125 is 11.1803399... round it to 11.2, and that's the hypotenusealso, in order to check that you answer is appropriate, the hypotenuse is always bigger than the two other side lengths.

The formula for area of a circle is: A = pi * r2 (area equals pi times radius squared) There fore if you plug in the numbers you know (pi = 3.14) you get 125 = 3.14 * r2 39.8 = r2 r = 6.31 inches