There are no BTUs in an office water-cooler. But you can calculate how many BTUs are removed by the cooler. One BTU or British Thermal Unit is the amount of heat energy required to raise the temperature of one pound of water one degree Fahrenheit. There for when you remove one BTU you are lowering one pound of water one degree Fahrenheit. So if you know how many pounds of water you have and the temperature of the water you start with and the temperature of the water comming out of the cooler you can calculate how many BTUs the cooling unit of the water cooler has removed.
BTU=Temp1 - Temp 2 X LB water
13000
about 12,000
80000
It depends on the volume of the room.
To determine the BTUs needed for a 600 square foot space, a general rule of thumb is to use about 20 BTUs per square foot. Therefore, you would need approximately 12,000 BTUs (600 sq ft x 20 BTUs/sq ft). However, factors such as insulation, ceiling height, and climate can affect this estimate, so it's advisable to consider specific conditions for a more accurate calculation.
The cast of By the Watercooler - 2008 includes: Lindsey Burkland as Amy Andrew Spires as Ryan
4800 BTUs will 150 square feet.
A small room is about 5,000 BTUs. Most people don't have a room that would require more than 10,000 BTUs.
90,000 BTUs - the 090 is what tells you the BTUs of the unit.
5,000
There are approximately 6,700-8,300 BTUs per pound of lignite coal. A ton of lignite coal contains 20-24 million BTUs.
1 kilowatt is equal to 3,412 BTUs (British Thermal Units).
6,520 Btus
To convert BTUs to tons, you can use the conversion factor that 1 ton of cooling is equivalent to 12,000 BTUs per hour. Therefore, to find out how many tons 15,000 BTUs represents, you divide 15,000 by 12,000. This calculation shows that 15,000 BTUs is approximately 1.25 tons.
The cast of Watercooler of the Future - 2008 includes: Ariana Citriani as Vicky Andrew Heikkila James Huffman as Sam Michael Magor as Ray
To convert BTUs to horsepower, you can use the conversion factor that 1 horsepower is approximately equal to 2,545 BTUs per hour. Therefore, for 18,000 BTUs, the calculation would be 18,000 BTUs ÷ 2,545 BTUs/hp, which equals about 7.07 horsepower. So, you would need approximately 7.1 hp to provide 18,000 BTUs of cooling or heating.
The answer depends on the city. Somewhere like Colombo (Sri Lanka) will probably require 0 btus.