davidray
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Any help on this quistion would be greatly appreciated. I have no idea ho to answere it, and can't find anything in my nothes or books anywhere.
The temperature-dependent molar specific heat capacity at constant pressure of many substances is given by: c =a+2bT−cT^−2
For magnesium, the numerical values of the constants are: a=25.7, b=3.13x10^-3, c=3.27x10^5
where c has units J/Kxmol
Calculate the energy required to raise the temperature of 15g of Megnesium from 30 C to 300 C.
I have tried using the formula to qenerate a specific heat capacity for each temperature, but just seem to get crazy numbers that don't make any sense!
Thanks for the help!
The temperature-dependent molar specific heat capacity at constant pressure of many substances is given by: c =a+2bT−cT^−2
For magnesium, the numerical values of the constants are: a=25.7, b=3.13x10^-3, c=3.27x10^5
where c has units J/Kxmol
Calculate the energy required to raise the temperature of 15g of Megnesium from 30 C to 300 C.
I have tried using the formula to qenerate a specific heat capacity for each temperature, but just seem to get crazy numbers that don't make any sense!
Thanks for the help!