You need to know the pipe's radius (1/2 diameter) as well as the length. Then, use this formula: Volume = radius2 x pi x length
It depends on the shape that has a volume of 320 m3.
The area of a rectangle is the long side length multiplied by the short side length. In this case 10m x 4.5m = 45 square metres
Area of square: 10*10 = 100 square m Area of rectangle: 14*10 = 140 square m
The formula for the volume of a cylinder is area times height.That is Pi x r2 x h.You must now decide what the 10m and the 8m represents.r = radius = half-diameterh = heightPi = 3.14159......
10 * 10 * 10 = 1000 cubic meters
You must know at least one other dimension, such as diameter or surface area before this can be answered.
10M.
The volume of a rectangular prism is calculated by multiplying its length, width, and height. For a prism measuring 6m in length, 10m in width, and 4m in height, the volume would be 6m x 10m x 4m = 240 cubic meters.
To make 500ml of 0.8M HCl solution from 10M HCl, you will need to dilute the 10M HCl solution. Calculate the volume of 10M HCl required to make 500ml of 0.8M solution using the dilution formula C1V1 = C2V2. Measure the required volume of 10M HCl, then add water to make up to a total volume of 500ml.
It depends on the shape that has a volume of 320 m3.
10m and if you can't do it it is 100000m
The area of a rectangle is the long side length multiplied by the short side length. In this case 10m x 4.5m = 45 square metres
Assuming that you are determining the surface area of a rectangle, in order to perform the calculation you would multiply the length (10m) by the width (2m):Surface Area = Length x WidthSurface Area = 10m x 2mSurface Area = 20m^2
Area of square: 10*10 = 100 square m Area of rectangle: 14*10 = 140 square m
The formula for the volume of a cylinder is area times height.That is Pi x r2 x h.You must now decide what the 10m and the 8m represents.r = radius = half-diameterh = heightPi = 3.14159......
For the ladder with the length of 8m 8.37m from the wall For the ladder with the length of 10m 10.44m from the wall
240 m3 - without using a calculator !