The buyer of a refrigerator wants to know its volumetric capacity because that tells him/her how much can be stored in it. It doesn't say anything about the rating in watts. Air conditioners are specified in BTU/hour, or kw, I don't recognise tonnes, unless you mean tonnes of air. The essential interest in an air conditioner is usually how much cool air it can deliver and that depends on its power rating, not its dimensions
47 liters equates to 0.047 cubic meters.* liters x 0.001 = cubic meters
44 L = 0.044 cubic meters.
700-1000w
1000 millimetres = 1 metre so 7896 mm = 7.896 metres7896 mm = 7.896 m
5,000 liters = 5 cubic meters
One would use milliliters when the weight is less than 1000 ml, and/or when it is easier to show the correct amount of precision.
You measure length in millimeters and capacity/quantity in liters. So, they do not make sense if you mix them.
The capacity of the pickup models of the 90s is 9.1 liters of refrigerators, other models of the same era arrived 10 liters even the modern models reach up to 10 liters, but does not exceed 10 liters
Both really. 1000 mL is 1 L so the water can be expressed in either form but usually in Liters.
Answer: 3.285 L = 3285 ml
It is the same quantity.
Expressed as a percentage, 300/800 x 100 = 37.5 percent.