Q: What is the btu capacity per foot of hot water baseboard?

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Most output ranging from 560 to 600 btuh per foot, this is with 170 F water temps. I have no way to know your specifics from where I am.

Bonnet capacity is the actual amount of BTU's that you get from a furnace during the run cycle.

1 BTU is required to raise 1lb of water 1 degree F in 1 hour. 212-75=137 degrees 600 lbs water x 137 degrees= 82,200 BTU's required to change 75 degree water to 212 degree water. To change 212 degree water to 212 degree steam it requires 970 btu's (latent heat of vaporization) per lb of water 970 btu x 600 lbs water = 582,000 btu Answer - 582,000 btu+ 82,200 btu = 664,200 btu's

No BTU are required in order to lowerthe temperature of water. All you have to dois place the water in an environment that is cooler than the water is, then stand backand watch the temperatue of the water drop while the BTU flow out of it.

135 btu

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Most output ranging from 560 to 600 btuh per foot, this is with 170 F water temps. I have no way to know your specifics from where I am.

The number of BTUs in a 6 ft baseboard heater would depend on the model and specifications of the heater. On average, a 6 ft baseboard heater can generate around 1,000-1,500 BTUs per linear foot, so a 6 ft baseboard heater may produce approximately 6,000-9,000 BTUs.

2000 sq. ft. x 5o (based on climate zone)=100,000 btus so; between 80k-100k(100,000 Btu's needed) 80% Efficient furnace: 125,000 Btu capacity; 90% Efficient:110,000 Btu capacity; 95% Efficient: 105,000 Btu capacity.go here.http://www.gasfurnacepricesonline.net/22/what-size-furnace-do-i-need-for-a-2000-square-foot-house/

Calculate the heat loss in btu`s of the new addition at design indoor& outdoor temps for your area, baseboard strips are rated in btu`s for given lengths. Match the length with the loss.

You need 100W per square meter. 100W equals around 341.3BTU. 1 square meter are around 10.7 square feet. You therefore need around 32 BTU per square foot.

32 BTU = 24,901.416 foot-pounds.

usually 20 btu's per square foot so......12000 btu's should do fine

Ther are 1,050 BTU in one cubic foot of natural gas.

No, BTU refers to British Thermal Units, a measure of energy. BTU per sq ft, on the other hand, specifies the amount of energy per square foot in a particular area. It is a measure of energy efficiency or heating capacity in relation to the size of a space.

7,803,495 BTU's Assuming it's water that's being heated and the temperature is Fahrenheit: 500*250*62.42796 (<the weight of one cubic foot of water)= 7,803,495 BTU's

To calculate the heat required to raise the temperature of water, you can use the formula: Q = m * c * ΔT, where Q is the heat energy, m is the mass of water, c is the specific heat capacity of water, and ΔT is the change in temperature. For 5 pounds of water, you'd convert that to approximately 2268 grams. The specific heat capacity of water is 4.186 J/g°C. Considering the conversion factor for BTU to J (1 BTU = 1055.06 J), you'd then convert the result to BTU, which comes out to approximately 1.53 BTU.

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.