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which equation represents the mathematical relationship between a change in temperature and the resulting change in pressure?

User AlSub
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The mathematical relationship between a change in temperature and the resulting change in pressure in an ideal gas is given by the ideal gas law, which is expressed as:

\(PV = nRT\)

Where:
- \(P\) represents pressure.
- \(V\) represents volume.
- \(n\) represents the number of moles of gas.
- \(R\) is the gas constant.
- \(T\) represents temperature (in Kelvin).

Specifically, if you want to understand the relationship between a change in temperature (\(ΔT\)) and the resulting change in pressure (\(ΔP\)) while keeping other factors constant, you can use the following form of the ideal gas law:

\(ΔP = (nR/ V) ΔT\)

This equation shows that, in an ideal gas, an increase in temperature (\(ΔT\)) will lead to an increase in pressure (\(ΔP\)) if other factors are held constant.
User Vijay Rajpurohit
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