The state of gas can be described by quoting the relationship between_____________.

pressure, volume, temperature

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temperature, amount, pressure

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amount, volume, temperature

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pressure, volume, temperature, amount

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Solution

The correct option is D pressure, volume, temperature, amount
The pressure $(P)$ , volume $(V)$ , temperature $(T)$ , amount $(n)$ etc. are the state variables or state functions.

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Similar questions

The state of a gas can be described by quoting the relationship between
(a) pressure, volume, temperature
(b) temperature, amount, pressure
(c) amount, volume, temperature
(d) pressure, volume, temperature, amount

Q. The increase in volume of the same amount of gas by increasing temperature is known as expansibility.

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of a gas at NTP, occupies a volume of

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Q. The volume of a definite amount of hydrogen gas taken at

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.
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(b) If the volume of the gas is changed to

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(Hint: Temperature is constant)
(c) State the gas law used to solve the problem (b).

Q. Volume of a given amount of gas at

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425.8 {cm}^{3}

. If the temperature is decreased to

37^{\circ} C

at constant pressure, then the volume of the gas would be :

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The state of gas can be described by quoting the relationship between_____________.

The correct option is D pressure, volume, temperature, amountThe pressure (P), volume (V), temperature (T), amount (n) etc. are the state variables or state functions.

The correct option is D pressure, volume, temperature, amount
The pressure $(P)$ , volume $(V)$ , temperature $(T)$ , amount $(n)$ etc. are the state variables or state functions.