The rule for finding the area of a parallelogram is a simple equation of A=bh. For this equation, the A is area, b is base, and h is height. The area of a parallelogram is equal to the shape's base multiplied by the shape's height.
Area= Pi r squared
the equation for area is area = length * width. area = 3cm*4cm. Area = 12cm^2
if the diameter is 8 the radius is 4. So, following the equation Area = πr2 So, A=π42 Area =16π =about 50.2655
A=WxL because of the equation with just an area, length and width can have multiple combinations, however if you have an area as well as a length or a width you can divide the area by either of these to get the other for example L=A/W W=A/L so if you have any two parts of the equation you can find the third
The equation that relates pressure, force, and area is: Pressure = Force / Area. This equation states that pressure is equal to the force applied per unit area.
Area = base*height
Length x Width = Area
The answer is in the question "area = length multiplied by width" the equation tells you what the surface area of something (eg a football pitch) is.
Area of a circle is defined by the equation: A = pi * r2. pi = 3.14159 & r = 28. Substitute into the equation: A = 3.14159 * 282. Area = 2463 cm2.
You need the height as well to find the area, but the proper equation would be A= 5.5h
Area of rhombus = 0.5 times the product of its diagonals
The rule for finding the area of a parallelogram is a simple equation of A=bh. For this equation, the A is area, b is base, and h is height. The area of a parallelogram is equal to the shape's base multiplied by the shape's height.
area of the base*height
Area= Pi r squared
Area of a semicircle = (pi*radius^2)/2
Which of the following is the best translation of this equation?