What is the formula for e/c^2 * j * PV/nR?

  • Thread starter jpm
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In summary, The conversation revolves around a mathematical expression that includes e/c^2, j, and PV/nR. The participants discuss whether it is a formula or not, and speculate on its possible relation to thermodynamics. They also mention that the expression is associated with MIT and that some of them did not bother replying to it.
  • #1
jpm
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e/c^2 * j * PV/nR
 
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  • #2
that's not a formula, it's an expression. Where's the equals sign?
 
  • #3
It looks almost like some attempt at relativised thermodynamics, but, as Pythagorean stated, it's not even a formula.
 
  • #4
It looks like a gas law to me. But is the j imaginary, or..?
 
  • #5
I read it as : MIT

M= [itex] \frac e {c^2} [/itex]

i=j (to a EE)

T = [itex] \frac {PV} {n R} [/itex]
 
  • #6
Integral said:
I read it as : MIT

M= [tex] \frac e {c^2} [/tex]

i=j (to a EE)

T = [tex] \frac {PV} {n R} [/tex]

Same here, but I didn't bother replying.
 
  • #7
Lame
 
  • #8
Its on T's and sweat shirts from the 'tute.
 
  • #9
Char. Limit said:
Same here, but I didn't bother replying.

you do realize...
 
  • #10
surely, he must; thus past tense.
 

FAQ: What is the formula for e/c^2 * j * PV/nR?

What is the formula used for?

The formula is used for solving a specific problem or calculating a certain value in a scientific context.

How do I use this formula?

The formula can be used by plugging in the appropriate variables and following the order of operations. It is important to understand the meaning of each variable and the units used.

Can this formula be applied to different scenarios?

It depends on the formula and its variables. Some formulas are specific to certain situations, while others can be applied in various contexts.

Where did this formula come from?

The formula may have been derived from a scientific theory or discovered through experimentation. It is important to understand the origins of the formula to fully grasp its significance.

Are there any limitations to this formula?

Like any scientific tool, there may be limitations to the formula. This could be due to simplifications made in its derivation or certain assumptions made. It is important to understand these limitations when using the formula.

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