WHAT IS SPECIFIC HEAT VALUE (Cp) FOR R410A?
968956
It appears what you really need is the heat of vaporization.  Cp lets you calculate the amount of heat needed to raise or lower the temperature of a certain mass of liquid, but that's insignificant compared to the amount of heat gained or lost with a liquid-vapor phase change.
412854
I don't know what you plan on using this information for but I'm sure it it very similar to other steels. For many calculations small errors in the number have little or no practical effect on the answer.\n\nMy heat transfer book gives the following values:\n\nMild steel 36 Btu/(hr)(sqft)(degF/ft) @ 32 degs F\nMild steel 33 Btu/(hr)(sqft)(degF/ft) @ 212 degs F\n\n1% Carbon steel 26.2 Btu/(hr)(sqft)(degF/ft) @ 32 degs F\n1% Carbon steel 25.9 Btu/(hr)(sqft)(degF/ft) @ 212 degs F
7542
Check the owner's manual.  There should be a spec sheet on the printer and temp range should be there.
662542
It looks like it can run to 90°C under load without problem\nhttp://users.erols.com/chare/elec.htm\nThis link may give you some tips, but I don't think you have a serious problem...\nhttp://www.hardwaresecrets.com/article/143
356288
hearts  300 kelvin\n\nstars (surface) 2,500 and 40,000°C.  Kelvin approx\nstars  (core ) even hotter !!
137723
The best place to get this information is straight from Intel.\n\n>> Systems based on Pentium 4 processors 2.80 GHz (and below) should have a maximum expected temperature of 40°C in the maximum expected external ambient (which is typically 35°C). <<\n\nhttp://support.intel.com/support/processors/pentium4/sb/CS-007999.htm\n\nHope this helps.
1175443
Temp (K)    viscosity (cp = 1mPa*s)\n1080                  1.030\n1100                  0.985\n1120                  0.944\n1140                  0.906\n1160                  0.870\n1180                  0.837\n1200                  0.907\n\nMore data at intermediate temperatures, as well as a parameterized equation for viscosity as a function of T are given in the source listed below.
1128546
specific heat Q = mc(t2-t1)\nput everything in SI units..\nthen \n\n40,000= 500/1000 * c(68-20)\n40000=0.5* 48*c \nhence c= 40000/24= 1666.67 joules/kg oC.
498048
Safe temperatures.\nIntel processors: 35-48C deg\nBoard: 35-40C deg,\n\nAMD processors : 50-58C deg ( I own an AMD )\nBoard: 40-50C deg.\n\nothers i'm not so sure, but they will be some where within this range.
969517
Use the clausius-clapeyron equation for this one.\n\nln (P/Po) = (delta H/R ) (1/To - 1/T)\n\nPo is one atm at To = 61.7 C based on the info in the question.  T is 36.2C.  This formula requires absolute temps, so convert to K.\n\nSo:\n\nln (P/1 atm) = 31400/8.314 (1/334.8K - 1/309.3K)\n\nIf I didn't fat finger the calculator P = 0.39 atm.\n\nHope it helps.
932159
Check with a local A/C repairman and ask about a product named:  "Freeze 12"  It should be a readily available replacement for the R-12.    Conversion to R-134 is preferred, however is rather expensive due to mechanical changes that must be made to system.
1137756
probably somewhere in the 110-120 range
897851
optimum temp of -65° to 450°F grease for use in anti-friction bearings, ... \nfluids offer a maximum usable temperature range of approximately 250°F
598451
90,962 BTUs per gallon gross heating value
750705
212 F, 100 C,     373 K
1102753
-40c & -40f are the same temperature.
209192
Boiling Point: \n204C (399F) \nMelting Point: \n100C (212F) \n\nCHECK IT OUT BUT I THINK ITS CORRECT