Table of specific heat capacity values?

[gem0688]

Hey ya. I need some help with specific heat capacity. Does anyone know where i can find a table of specific heat capacity values? Also what are the units of specific heat capacity? do you have to measure the temperature in kelvin or degrees? Plz help, Thanx

 

[AngelShare]

Just a few sites I dug up...I hope at least one of them helps.

http://hyperphysics.phy-astr.gsu.edu/hbase/thermo/spht.html
http://www.ac.wwu.edu/~vawter/PhysicsNet/Topics/Thermal/HeatCapTable.html
http://instruct.tri-c.cc.oh.us/fgram/web/SpHEAT.htm

 

[gem0688]

excellent, thanks alot. will have a read through them.

 

[bomba923]

Hey ya. I need some help with specific heat capacity. Does anyone know where i can find a table of specific heat capacity values?

A table of specific heat values can usually be found in the appendix of a chemistry textbook.

Or, click http://www.standnes.no/chemix/periodictable/specific-heat-capacity.gif

Also what are the units of specific heat capacity? do you have to measure the temperature in kelvin or degrees? Plz help, Thanx

The SI units of specific heat are
\frac{\text{J}}{\text{kg} \cdot \text{K}}
(In SI we use Kelvin )

 

[gem0688]

I had a look at the sites, and one the table it said J/kg/oC
or J/kg/K. Does that meant then that as long as you keep to the same unit, you should get the same answer?

 

[gem0688]

I have just worked out my specific heat capacities using both kelvin and oC and i got different answers. I got 954 J/kg/oC and 3968 J/Kg/K. When looking at the tables aluminium (which i think the metal is) has a specific heat capacity of around 900 J/Kg/K, but my kelvin answer is not near that! any suggestions on what i may be doing wrong?

 

[Hootenanny]

How have you worked them out? Perhaps you could show an example calculation? If you are looking at change in temperature remember that the size of 1 oC is the same as 1K.

Regards,
~Hoot

 

[gem0688]

Thanx hootenanny. Of course, the change in temperature is the same in both oC and kelvin. Excellent! I was working out the change in temperature and then adding on 273 for kelvin! woops! YAY. Thank you sooooo much. I'm not confused any moure!