my friends have asked  btu i dont noe wat to answer?
402283
Buddy, have I got the answer for you.  It's called the MoJo and you will just simply freak the woman out.  It's a real technique only for the players.  No Joke, when you do this she will never leave.  No Toys, No Inserts, No Lies and Mind games, Just Pure Honest Control and knowing what you are doing.  I e-mail you the Golden Book
739136
Go get a new 450+W PSU. This way, there are no worries. A calculator is linked below.
921703
Just let the units tell you what to do.  H=mass* T*sp heat.  with T in K
822965
no idea what u are talking about??
582841
You didn't give us much to go on, but it looks like DeltaT is a temperature difference, and btu/(1.08*cfm) is heat in British Thermal Units (BTU) divided by 1.08 times an air flow rate in cubic feet per minute (cfm). There is a units problem, though. I'd guess the "btu" part actually should be a heat rate, say BTU/minute or BTU/hour. The formula would then indicate how much an air stream was heated, given heat rate and flow rate.\nPer the ref. below, the density of air at 70F is D = 0.07492 lb/ft^3 and the mass specific heat is MSH = 0.2403 BTU/(degreeF-lb). The volume specific heat VSH = D * MSH =  0.01800 BTU/degreeF-ft^3). The temperature change DT of x ft^3 air due to input of y BTU = y / (x * VSH). A flow of 1 cfm (60 ft^3/hr) and a heat input of 1 BTU/hr will raise the air temperature by 1/(60 * 0.01800) = 1/1.08 F. So the units of your formula are DeltaT in degrees F, "btu" in BTU/hr, and cfm in ft^3/min.
93824
I am not sure  how to campos your tons!?
157275
dont understand question sorry
736861
Btu is a unit ot heat, Kilowatt is a unit of power therefore you cant have a number of Btu's in a Kilowatt, they are not compatible units.
415212
Contact btinternet help desk and ask them or try their FAQ's
367982
call the fone company to ask them whats happing
27524
400 Watt should do fine.  If you have more then 2 hard drives, go to 450 Watt.
765230
EER = Q in (BTU/hr) divided by W in (watts)\n\n600/500= 1.2
677677
One BTU is 252 calories.\n\nThe origin of the BTU is suggested by its name--British Thermal Unit.  It's just like the calorie, but in English units: one BTU is the amount of heat necessary to raise one pound of water by one degree Fahrenheit.
653866
im not sure what u r asking....
427350
http://www.grisoft.com/doc/289/lng/us/tpl/tpl01\n\nIs good, and never bothers you
1079707
You had better not TOUCH my freon guage.\n\nBtw... freon is seldom used anymore since it has been identified as a polutant responsible for ozone depletion.
1102292
run cold water on it.\nby the way did you get my e-mail, my computer hasn't been acting right here lately.