The area of a square is given by the formulaarea = width × height
But since the width and height are by definition the same, the formula is usually written asarea = s2
where 's' is the length of one side.
In strictly correct mathematical wording the formula above should be spoken as "s raised to the power of 2", meaning s is multiplied by itself. But we usually say it as "s squared". This wording actually comes from the square. The length of a line s multiplied by itself, creates the square of side s. Hence "s squared".
The area of the square is:(sidexside)
The formula is for a square and rectangle is A=bh or A=lw
Square feet measure area. The formula will depend on what you want to know the area of.
The formula for the area of the square is length multiplied by width.
Any formula that generates a correct solution every time is a 'correct' formula.Here's a formula for the area of a square that qualifies as a correct one:If 'S' is the length of each side of the square, then the area 'A' of the square isA = S2
The formula for the area of a square is s2 (sides squared)
The area of the square is:(sidexside)
The area of a square is the side length squared.
The formula is for a square and rectangle is A=bh or A=lw
Square feet measure area. The formula will depend on what you want to know the area of.
the formula for area of a square is length times width
The formula for the area of the square is length multiplied by width.
lengthXwidth
4l
Any formula that generates a correct solution every time is a 'correct' formula.Here's a formula for the area of a square that qualifies as a correct one:If 'S' is the length of each side of the square, then the area 'A' of the square isA = S2
You need to use an integral. And the formula for an integral will vary depending on the shape of your non square area.
The formula for the surface area of a circle is pi times the square of the radius. The formula for the surface area of a triangle is base times height, divided by 2. The formula for the surface area of a square or rectangle is length times width.