25 120 cm^3 = 0.025 120 cubic metres.
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∙ 8y agoLength times width times depth equals volume. So, 120cm x 80cm x 25cm = 240,000 cubic cm or cm3 One liter is 1,000 cm3, therefore sandbox volume of 240,000 cm3 divided by 1,000 cm3 gives the volume as 240 liters.
one bag
25 percent out of 120= 30 25% of 120 = 25% * 120 = 25%/100% * 120 = 0.25 * 120 = 30
15625 golf balls will fit in 1 cubic meter. Volume of a golf ball is approximately 40 cubic cm. Since 1 cubic meter has 1,000,000 cubic cm, the number of golf balls purely on voume calculation would be 25,000. However, there would be a lot of empty space between golf balls and hence significant volume will be used by empty space. The diameter of a golf ball is 4 cms. Based on that you should be able to fit 25 balls across length, width and height making the total number of golf balls to be 25 X 25 X 25 = 15,625.
55 cm x 35 cm 25 cm = 48 125 cm3 = 2 936,768 cubic inches
25 centimeters = 0.25 meter 10 centimeters = 0.1 meter Volume = 1.00 x 0.25 x 0.1 = 0.025 cubic meter = 25,000 cm3
25 cm3 or more.
25 milliliters is 25 cubic centimeters.
Since 1 milliliter (ml) is equal to 1 cubic centimeter (cm^3), 25 ml is equal to 25 cm^3.
The same number. A mililliter is the same as a cubic centimeter.
0.47ml a cubic centimeter and a milliliter are the same thing.
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.
At 25 degrees Celsius the density of fresh water is 997.04 kilograms per cubic meter or 0.99704 grams per cubic centimeter. The mass m = 0.8 cubic meter times 997.04 kilograms per cubic meter = 797.632 kilograms.
2000 cubic foot = 2000 (cubic foot) x 1728 (cubic inch/cubic foot) x 16.387 (cubic cm/cubic inch)x1/1000000(cubic meter/cubic cm) = 56.6337 cubic meter from the above answer we get: 25 cubic meters = 882.867 cubic foot
About a kilogram.
Length times width times depth equals volume. So, 120cm x 80cm x 25cm = 240,000 cubic cm or cm3 One liter is 1,000 cm3, therefore sandbox volume of 240,000 cm3 divided by 1,000 cm3 gives the volume as 240 liters.
one bag