Assuming the refrigerator is sharp angled, rather than with curved corners, the volume is
33/12 ft * 67/12 ft * 30/12 ft = 21.2 cu ft (approx).
Assuming the refrigerator is sharp angled, rather than with curved corners, the volume is
33/12 ft * 67/12 ft * 30/12 ft = 21.2 cu ft (approx).
Assuming the refrigerator is sharp angled, rather than with curved corners, the volume is
33/12 ft * 67/12 ft * 30/12 ft = 21.2 cu ft (approx).
Assuming the refrigerator is sharp angled, rather than with curved corners, the volume is
33/12 ft * 67/12 ft * 30/12 ft = 21.2 cu ft (approx).
The volume enclosed by those dimensions is
(70" x 33" x 27") = 62,370 cubic inches = 36.09cubic feet (rounded)
That sounds like an awfully big refrigerator. We suspect those are the
outside dimensions of the whole appliance ... that's how much volume
it occupies in your kitchen. The advertised capacity of a refrigerator
represents the volume of only the inside cooling chamber.
You need measurements along three directions (length, breadth and height) to find the volume. Only two are given.
A cubic foot, as the name suggests, is a cubic measure - of volume. You need three measures to calculate a volume of a cuboid - length, width and height. You have given only two.
A freezer that is 33 cm * 60 cm * 25 cm has a volume of 33*60*25 cm3 = 1.75 cubic feet.
Assuming the refrigerator is sharp angled, rather than with curved corners, the volume is
33/12 ft * 67/12 ft * 30/12 ft = 21.2 cu ft (approx).
4.75*2*2 = 19 cubic feet
(25 cubic feet) - (20.7 cubic feet) = 4.3 cubic feet
It's a little small, but it will do the job.
Maytag's MFI2266AE 21.8-cubic-foot bottom-freezer refrigerator is a Maytag product.
To measure the inside of a refrigerator, use a tape measure to measure the width, height, and depth of the interior compartment. Make sure to measure from the farthest points inside the refrigerator, including any shelves or drawers that may impact the available space. These measurements will help you determine the storage capacity and plan for organizing items inside the refrigerator.
18 cubic foot refrigerator (bottom-freezer) purchased in June 1998; failed in December 2007 (lasted 9.5 years); energy use is 699 kWh per year. New 18 cubic foot refrigerator (bottom-freezer) energy use is 476 kWh per year. Buy a new one to save energy.
Pick any three numbers which, multiplied together, give 24. They need not be integers.
76236402 What is the cubic feet of this refrigerator? Thank You Guy
There are approximately 0.028 cubic meters in a cubic foot.
Since a foot has 12 inches, a cubic foot has 123 cubic inches, equal to 1728 cubic inches.Since a foot has 12 inches, a cubic foot has 123 cubic inches, equal to 1728 cubic inches.Since a foot has 12 inches, a cubic foot has 123 cubic inches, equal to 1728 cubic inches.Since a foot has 12 inches, a cubic foot has 123 cubic inches, equal to 1728 cubic inches.
144 cubic inches are in 1 cubic foot.
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
1 cubic meter ≈ 35.3146667 cubic foot