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Anyone got the formula for increasing the tempature. An example being turning 10 degrees for a few kilometers into 70 degrees .
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Temperature calculation .
- Thread starter TheJ-ManRequiem
- Start date
- 15,332
- 7,559
The formula is: heat capacity of air in kilojoules per kilogram*change in temperature*mass affected
- 12,224
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- Thread starter
- #3
Cal did it for me , got tier 7 , thanks though . Good for the future .
- 15,332
- 7,559
Okay. Here is an explanation for the future:
Changing the temperature from 20 degrees to 50 degrees would be a change in temperature of 30, for example, and changing it from 100 degrees to 20 would be a change of 80.
To get the mass affected, get the geometric shape of the area affected in the feat and calculate the volume with the appropriate formula, then multiply it by the density of air in the initial temperature (for example, if the character changed the temperature from 10 degrees to 70 degrees, you need to find density of air in a temperature of 10 degrees. If char A affected the air around him and changed its temperature from 30 to 50 degrees, find the density of air in 30 degrees and not 50. Just clarifying, since it's a common mistake).
To find the heat capacity, convert your value from degrees to kelvins and determine the appropriate heat capacity by using this column.
Now plug all of this into the formula and get your value in joules.
Hope i could be of help.
Changing the temperature from 20 degrees to 50 degrees would be a change in temperature of 30, for example, and changing it from 100 degrees to 20 would be a change of 80.
To get the mass affected, get the geometric shape of the area affected in the feat and calculate the volume with the appropriate formula, then multiply it by the density of air in the initial temperature (for example, if the character changed the temperature from 10 degrees to 70 degrees, you need to find density of air in a temperature of 10 degrees. If char A affected the air around him and changed its temperature from 30 to 50 degrees, find the density of air in 30 degrees and not 50. Just clarifying, since it's a common mistake).
To find the heat capacity, convert your value from degrees to kelvins and determine the appropriate heat capacity by using this column.
Now plug all of this into the formula and get your value in joules.
Hope i could be of help.
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