The amount of usable space inside it.
The volume and the refrigaration status describes a refrigarator.
it will shrink because the volume will decrease
They are referring to the volume, in this case of an approximate rectangle. So say your refrigerator was 6 feet tall (inside not outside), and 3.5 ft across and 3.5 ft deep. 6ft * 3.5ft * 3.5ft = 21 ft3 which is 21 cubic feet.
If you see a specification on a refrigerator as 18 cubic feet, for example. This represents the capacity (how much volume of stuff that you can fit into the fridge).
You need a third dimension (like the width of the refrigerator, or how far it goes back) in order to find the volume. Then you multiply all three dimensions together: volume = length * width * height. So this refrigerator would be 70.5 * 38 * ???
There is not enough information. First, the volume of a refrigerator is the volume available for storage. It will not include the machinery and insulationSecond, the volume is the length times the cross sectional area. So a 19 cu ft fridge could be squat and short or long and thin.
NO. A: The physical appearance of a refrigerator: A refrigerator is usually large in height and in volume. It has a long handle bar on the front, and sometimes includes an ice maker, which can also be found on the front. Refrigerators are usually made out of steel.
the balloon's volume would decrease!!!
the balloon's volume would decrease!!!
A regular commercial walk in refrigerator with a volume of about 450cf might cost up to $7000, while the better models with the same volume might cost up to $10.000. The industrial super sized models are not prefab and thus need to be constructed at site with varying prices.
Perhaps because manufacture has moved to countries where this is the normal way of measuring and quoting volume. The manufacturers must have decided to do it.
because cubic kilometres would be much too big for the accurate volume measure of your average fridge .