Volume is calculated by multiplying length x height x width 20 X 6 X 7 = 840 cubic centimeters
To find the volume, you multiply height X Width X Length. In this case, 5 X 10 X 10. The answer is 500 cubic centimeters.
39
inches or centimeters. depends
You would answer it with cubic feet
Liters (= cubic decimeters), or cubic centimeters.
To find the volume of the shoe box, measure its length, width, and height using the ruler. Multiply these measurements together to get the volume in cubic centimeters (cm^3). Convert the volume from cm^3 to milliliters (ml) by knowing that 1 cm^3 is equivalent to 1 ml. Do the same for the pad of paper - measure its length, width, and height to calculate the volume in cm^3. Then, convert the volume from cm^3 to ml.
The volume of the shoebox is 840 cubic centimeters. You can find the volume by multiplying the three dimensions together: 6 * 7 * 20 = 840.
The shoe box.
Volume is calculated by multiplying length x height x width 20 X 6 X 7 = 840 cubic centimeters
To find the volume, you multiply height X Width X Length. In this case, 5 X 10 X 10. The answer is 500 cubic centimeters.
To measure the volume of a shoebox in cubic centimeters (cm³), you would need to measure the length, width, and height of the shoebox in centimeters. Multiply these three dimensions together to calculate the volume. Formula: Volume = Length x Width x Height.
You simply multiply the all three dimensions. Height x Width x Length = volume(cubic squares)
There are 365.76 centimeters in a 12-foot shoe. To convert feet to centimeters, you can use the conversion factor of 1 foot = 30.48 centimeters.
The volume of the box would be 12.4 x 7.5 x 4 = 372 cubic inches.
centimeters
The number of shoes that can fit in a cubic meter will vary depending on the size of the shoes. On average, a cubic meter could potentially hold between 200 to 500 pairs of shoes, assuming each pair takes up approximately 0.002 to 0.005 cubic meters of space.