Heat capacity is an extensive property, i.e., it depends on the amount and size of the substance. A modified form of heat capacity (called specific heat capacity or simply specific heat) is commonly used in physics. Specific heat doesn’t vary with the amount of the substance and is, th...
c = molar heat capacityT = change in temperature5 = (1.5 / 58.9 ) x c x 3.42c = 57.4 Your answer is correct and your teacher is an idiot. Logged monarchus Regular Member Posts: 13 Mole Snacks: +0/-0 Re: Chemistry/physics--molar heat capacity? « Reply #9 on: July 15, 200...
The weak‐field, long‐time ionization rate (golden‐rule formula) is rederived from the general theory both in the one‐color and the two‐color case. In the two‐color case, strong‐field effects caused by either one of the two lasers are briefly discussed. We derive a simplified ...
Its unit in S.I system is always given as J kg-1 K-1 and CGS as cal g-1 C-1. If the amount of heat, ∆Q, required to raise the temperature of mass M through ∆T, then the formula for specific heat is given by:
Since the coefficients of the approximate formula lack any indication as to their accuracy, this value should be considered tentative albeit, for instance, analogous polymer data suggest it to be reasonable. Plausibility is corroborated by the fact that, at 25 °C, amorphous (rubbery or glassy) ...
Since the coefficients of the approximate formula lack any indication as to their accuracy, this value should be considered tentative albeit, for instance, analogous polymer data suggest it to be reasonable. Plausibility is corroborated by the fact that, at 25 ◦C, amorphous (rubbery or glassy)...