Remember a straight line is NOT 'powered/indexed'. a^(1) or just 'a'
For Area , the power/index is 'squared' . a^(2)
For Volume, the power/index is 'cubed' a^(3)
The volume is cubed and the surface area is squared.
cubed
Surface area is squared; volume is cubed.
No, volume is cubed. Area is squared, for example, 2cm^2 Volume would be in cubic centimeters, meters, etc.
The formula for volume is side cubed, and the formula for a square's area is side squared, so you find the cube root of the volume and square your answer to find area.
The volume is cubed and the surface area is squared.
Cubed; Area is squared. Short version: No, squared is to the second power, cubed to the third. Long version: No- squared is X2 , or x times x. Cubed is X3, or x times x times x. For example: Squared: 22= 2x2= 4 Cubed: 23= 2x2x2= 8 So any 3-D object has to be X3. Area, which is 2-D, is squared.
cubed
Neither!!! Perimeter is the addition of all the straight lines that form the perimeter.
Surface area is squared; volume is cubed.
No, volume is cubed. Area is squared, for example, 2cm^2 Volume would be in cubic centimeters, meters, etc.
Cubed. The reason is that space has three dimensions - and that is basically what we are measuring.
Volume of any 3-dimensional object is always 'Cubic'. 'Squared' refers to area. The volume of a cylinder is V = pir^2h Where pi r^2 refers to the area of the circular profile of the cylinder., which is a 'squared' value/ 'h' is the height of the cylinder , which is a linear value. When a squared value is multiplied to a linear value , it becomes a cubic value.
The formula for volume is side cubed, and the formula for a square's area is side squared, so you find the cube root of the volume and square your answer to find area.
Whenever you are answering volume questions, it's always units cubed (^3).
Perimeter is NOT squared. Squaring calculated the area inside the perimeter. The perimeter is the addition of the lines that form the edge/perimeter.
Surface area is squared. Only volume is cubed.