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This is a very cool and hard question and in know it.Anyway no cheating.

2007-07-31 10:40:28 · 4 answers · asked by samand 1 in Science & Mathematics Mathematics

4 answers

The Boltzmann Constant (k) is the link form macroscopic to microscopic physics, and vice versa.

The Clapeyron equation (the ideal gas law) pV/T = const. means that the pressure by the volume divided by the gas temperature is always a constant.
Thus, pV = nRT, where R=8.31m^3·Pa·K^(−1)·mol^(−1) is the gas constant, and n is the amount of substance in gas (m/M).

This equation can be transformed into the equation that expresses the microscopic attributes of gas:
pV=NkT, where N is the number of gas molecules (N=m*Na, Na - Avogadro Number), and k is the Boltzman Constant, k=1.38*10^(-23) J/K.

2007-07-31 12:39:45 · answer #1 · answered by d0nn4 2 · 0 0

Convert 36C to ok --> 252K. (isn't ok = C + 216?) besides....as quickly as you try this then improve the temperature to the 4th capability and multiply with the aid of the consistent to discover W/m^2 (capability in line with section). i'm not particular at present a thank you to confirm the top wavelength of the capability emitted; inspect the physics area for this. There might desire to be some formulation for coverting this.

2016-10-13 06:36:47 · answer #2 · answered by ? 4 · 0 0

it's the ideal gas constant divided by avogadro's number:

(8.314 J /K /mol )/( 6.023e23 /mol) = 1.380e-23 J/K

2007-07-31 11:01:52 · answer #3 · answered by vorenhutz 7 · 0 0

1.3806503E-23 J/K

2007-07-31 10:48:37 · answer #4 · answered by Anonymous · 0 0

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