The capacity of a water cooler varies, it depends upon the requirement as for schools, hospitals, leisure centers and many more.
Let's assume that a cooler having 50 liters per hour capacity means 50*79.8=3990 k cal /h and this means 3990/3024=1.319 TR is the actual design capacity.
There need not be any water at all in the hose! The capacity of the hose is 1.67 cubic feet.
I would say 350 cubic cm.
Capacity is how 'much' can fit into something, E.g. The capacity of a container may be 2 cups of rice or 500 mL of water. Volume is the amount of 'space' that is taken up (whether or not there is something in it or it is solid), expressed in cubic cm (or m or km). how much can be held.
Thrust Capacity is how much thrust it can take :D
It depends on the type of water cooler, but you can probably find the capacity at the bottom of the cooler.
a liter
Litres
Let's assume that a cooler having 50 liters per hour capacity means 50*79.8=3990 k cal /h and this means 3990/3024=1.319 TR is the actual design capacity.
water
4.3 quarts. (With cooler).
with a cooler 7 quarts with out the cooler it is 6 quarts
3500 lbs w/ oil cooler added.
cooler
it is already liquid if it is cooler water
Bodies of water have a modifying effect on weather. In the summer, coastal land stays cooler and in the winter, coastal areas stay warmer. This is a result of water's large heat capacity.
Having the water cooler in or not in direct sunlight is a huge difference. The vast majority of heat we get on Earth is from the sun's light. Having the cooler in direct sunlight will warm it and its contents much faster than if it was in the shade.