5000 BTU's should work for a room that size.
Well, honey, to calculate Locked Rotor Amps (LRA) to British Thermal Units (BTU), you'll need to first convert LRA to watts by multiplying it by the voltage. Then, divide the result by 3.41 to get the BTU per hour. It's as simple as that, darling.
2180 SqFt/500 = 4.4 tons of AC required x12000 BTU/ton = 52800 BTU's Answer is it takes 52800 BTU's to cool a 2180 SqFt home
It will vary on the room type and construction. However you can assume you want 10-15 watts of energy per square ft. That would mean you want 2500-3750 watts total, which would be 8,500 - 12,750 BTU's (3.4 BTUs/Watt).References:How_many_square_feet_does_a_5000_BTU_heater_heathttp://www.diychatroom.com/f18/btus-watts-35066/
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
anywhere from 5,000 btu - 6,500 btu
To calculate the BTU (British Thermal Units) for a cold room, you need to consider factors such as room size, insulation, temperature difference, and desired cooling time. Multiply the room's square footage by 20 BTUs to get a rough estimate. For a more accurate calculation, use a BTU calculator that takes into account specific details of the cold room.
The number of BTUs required to heat a room over 100 degrees would depend on factors such as the size of the room, insulation, outside temperature, and desired indoor temperature. To calculate the exact BTU requirement, you would typically need to know the specific details of the room and use a heating load calculation formula.
That would depend on the size of the room and the humidity.
To calculate the amount of BTU required to heat the sea water from 32F to 212F, you can use the specific heat capacity of water (1 BTU/lb°F). The change in temperature is 212F - 32F = 180F. So, the amount of BTU required would be 5 lbs * 180°F * 1 BTU/lb°F = 900 BTU.
If measuring heat, a BTU measures the amount of heat that is required to raise the temperature of a pound of water to 1º Fahrenheit. In terms of air conditioning, the BTU determines the amount of heat the unit can remove from the room. As the BTU rating increases, so does the size, weight and cost of the unit.
10 kw = 10 kJ/sec = 9.478 BTU/sec = 34120 BTU per hour.
One can find a BTU calculator on Calulator dot net. On this site, one just enters the room specifications, the temperature one wants to increase or decrease, and then presses calculate.
5000 BTU's should work for a room that size.
About 8,000 BTU
user-generated content: report abuseHow you calculate the size of an air conditioner for a room?In: http://wiki.answers.com/FAQ/2585-21, http://wiki.answers.com/FAQ/3192-22[Edit categories]Haneda Development CoTrusted supplier verified by third parties. Source its products now!supplier.hktdc.com/hanedaHow_you_calculate_the_size_of_an_air_conditioner_for_a_room[Improve]Calculating your air conditioning requirementsHeat LoadThe amount of heat generated is known as the heat gain or heat load. Heat is measured in either British Thermal Units (BTU) or Kilowatts (KW). 1KW is equivalent to 3412BTUs.The heat load depends on a number of factors, by taking into account those that apply in your circumstances and adding them together a reasonably accurate measure of the total heat can be calculated.Factors include:The floor area of the roomThe size and position of windows, and whether they have blinds or shadesThe number of room occupants (if any)The heat generated by equipmentThe heat generated by lightingFloor Area of RoomThe amount of cooling required depends on the area of the room. To calculate the area in square metres:Room Area BTU = Length (m) x Width (m) x 337Window Size and PositionIf, your room has no windows, you can ignore this part of the calculation. If, however there are windows you need to take the size and orientation into account.South Window BTU = South Facing window Length (m) x Width (m) x 870North Window BTU = North Facing windows Length (m) x Width (m) x 165If there are no blinds on the windows multiply the result(s) by 1.5.Add together all the BTUs for the windows.Windows BTU = South Window(s) BTU + North Window(s) BTUOccupantsYou will have to take that into account people who normally working in the space. The heat output is around 400 BTU per person.Total Occupant BTU = Number of occupants x 400EquipmentClearly most heat in a room is generated by the equipment. This is trickier to calculate that you might think. The wattage on equipment is the maximum power consumption rating, the actual power consumed may be less. However it is probably safer to overestimate the wattage than underestimate it.Equipment BTU = Total wattage for all equipment x 3.5LightingTake the total wattage of the lighting and multiply by 4.25.Lighting BTU = Total wattage for all lighting x 4.25Total Cooling RequiredAdd all the BTUs together.Total Heat Load = Room Area BTU + Windows BTU + Total Occupant BTU + Equipment BTU + Lighting BTU This is the amount of cooling required so you need one or more air conditioning units to handle that amount of heat.Linkage DisequilibriumSoftware for linkage disequilibrium analysis. Find haplotype blocks.www.goldenhelix.com/SNP_Variation/Green Technology eBookComputers can reduce energy use. As used by leading universities.www.lulu.comHow_you_calculate_the_size_of_an_air_conditioner_for_a_roomHow_you_calculate_the_size_of_an_air_conditioner_for_a_roomyou calculate the size of an air conditioner for a room?&content=&lng=en How_you_calculate_the_size_of_an_air_conditioner_for_a_roomyou calculate the size of an air conditioner for a room?&content=&template={{title}} {{url}} (via @WikiAnswers)&lng=enFirst answer by ID0703187605. Last edit by ID0703187605. 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To calculate the BTU required to raise the temperature of 4 gallons of water from 70°F to 72°F, you first need to find the total weight of the water (4 gallons x 8.34 lbs/gallon = 33.36 lbs). Next, use the specific heat capacity of water (1 BTU/lb°F) to calculate the energy required: 33.36 lbs x 2°F x 1 BTU/lb°F = 66.72 BTU. So, 66.72 BTU is needed to raise the temperature of 4 gallons of water in this scenario.