Which one of the following is the correct $P V v s P$ plot at constant temperature for an ideal gas? ( $P$ and $V$ stands for pressure and volume of the gas respectively)

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Solution

The correct option is A
According to Boyle's law, $P \propto \frac{1}{V} (at constant n, T)$
$P V =$ Constant
$∴$

Thus, change in pressure or volume does not affect the value of $P V$ for a ideal gas at constant temperature.

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Which one of the following is the correct PV vs P plot at constant temperature for an ideal gas? (P and V stands for pressure and volume of the gas respectively)

The correct option is A According to Boyle's law, P∝1V(at constant n, T) PV= Constant ∴ Thus, change in pressure or volume does not affect the value of PV for a ideal gas at constant temperature.

Which one of the following is the correct $P V v s P$ plot at constant temperature for an ideal gas? ( $P$ and $V$ stands for pressure and volume of the gas respectively)

The correct option is A
According to Boyle's law, $P \propto \frac{1}{V} (at constant n, T)$
$P V =$ Constant
$∴$

Thus, change in pressure or volume does not affect the value of $P V$ for a ideal gas at constant temperature.