Heating a gallon of water by one degree Celsius requires around 8,337 BTUs (British Thermal Units) of energy. Since 1 cubic foot of natural gas produces about 1,031 BTUs, you would need roughly 8 cubic feet of natural gas to heat a gallon of water by one degree Celsius.
in the science room mix blue and yellow heat it
You go to the science room in Big Nate and mix blue and yellow and turn the heat to 3.
No, a spot cooler will not cool down a huge room. A 1-ton spot cooler produces 12,000 Btus, a two-ton unit produces 24,000 Btus. This is ideal for facilities containing computer and server rooms, portable classrooms, and single offices need to maintain desired temperatures that keep people comfortable and equipment running smoothly. The term 'spot cooler' might be deceptive because depending on the size, you can cool down a big production space by 25 degrees, even at a starting temp of 115. Spot coolers range in size up to about 10 tons cooling capacity or 40,000 BTUs.
This question cannot be answered with the info given. What is the heat loss of the house? How big is the house? Are you even talking about a house or a 100,000 sq foot office bldg?
The Big Room was created in 2001.
The duration of The Big Heat is 1.48 hours.
It is like a metal box with a chimney flue. Its big advantage is compared to a fireplace. In a fireplace, a huge fraction of the heat goes up the chimney and you only get heat if you stand in front of it. The Franklin stove can be in the center of the room and warm the room in all directions.
Night of the Big Heat was created in 1959.
The Big Heat was created on 1953-10-14.
No, 1 horsepower is equivalent to approximately 2545 BTUs. So 9000 BTUs is roughly equivalent to about 3.5 horsepower.
They had built big windows, and all they had was the brightening sun. Sun makes your room very STEAMING. Trust me. Anyway, yeah the sun was the only thing to heat schools, and the only thing to dry their laundry.