The temperature was zero at noon.
It was 0 deg F.
80 and degf - 75.5 = 4.5
Hypothermia-apex:))
180
The answer is B.
What a question!! The body is mostly water, so if you multiply the body weight in lbs by the body temperature in degF less the ambient temperature in degF, you will get a figure in BTU. (1 BTU is the heat required to raise 1 lb of water by 1 degF). I'm not sure what the actual heat capacity of a body is taking the overall composition of bone, flesh, fluids etc, but it is said that it is mostly water. This will give some degree of overestimate as other components will have lower specific heat capacity than water.
The typical flue gas temp at the inlet to the air heater is about 650-750 DegF range.
1.59 e-6/Deg C. and will vary slightly depending on Grades
72 f = 22.22 c
Snowfall
Anything will freeze, depends on temperature. Round up is Glyphosate 450. It freezes well below 0 degC or 32 degF. No specific data is available because it is only used in areas where temperature sustains growth. It's freezing point is typically irrelevant.
You're looking for the "delta T" for this equation.... Q = cfm * 1.08 * dT and 10000 = 100 * 1.08 * dT ==> dT = 92.59 the final temperature will be 32 + 92.59 = 124.59 degF
bake a ham at 325 degrees for approximately 15 min per pound. add about 1/4 cup water in bottom of pan for moisture and cover tightly with foil. from Bakersfield, California