The gas law PV-T - constant- is true for -

The correct option is B both isothermal and adiabatic changesFor an ideal gas: PV = nRT PVT = nR = constant Which is valid for all processes, which in ...

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Standard X

Physics

Ideal Gas Equation

The gas law ...

Question

The gas law $\frac{P V}{T}$ = constant, is true for :

isothermal changes only

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adiabatic changes only

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both isothermal and adiabatic changes

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neither isothermal nor adiabatic change

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Solution

The correct option is B both isothermal and adiabatic changes
For an ideal gas:
$P V = n R T$
$\frac{P V}{T} = n R = c o n s t a n t$
Which is valid for all processes, which includes isothermal or adiabatic.
Hence option C is correct.

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The gas law PVT = constant, is true for :

The correct option is B both isothermal and adiabatic changesFor an ideal gas:PV=nRTPVT=nR=constantWhich is valid for all processes, which includes isothermal or adiabatic.Hence option C is correct.

The gas law $\frac{P V}{T}$ = constant, is true for :

The correct option is B both isothermal and adiabatic changes
For an ideal gas:
$P V = n R T$
$\frac{P V}{T} = n R = c o n s t a n t$
Which is valid for all processes, which includes isothermal or adiabatic.
Hence option C is correct.