When temperature is held constant, the pressure $P$ and volume $V$ of a quantity of gas are inversely proportional (Boyle's Law). The following figure shows this relationship for a particular gas. Find a formula for $V$ in terms of $P$ and use it to find $V$ when $P$ is 7 . Round to 2 decimal places.

Question

When temperature is held constant, the pressure

P

and volume

V

of a quantity of gas are inversely proportional (Boyle's Law). The following figure shows this relationship for a particular gas. Find a formula for

V

in terms of

P

and use it to find

V

when

P

is 7 . Round to 2 decimal places.
When temperature is held constant, the pressure P and volume V of a quantity of gas are inversely proportional (Boyle's Law). The following figure shows this relationship for a particular gas. Find a formula for V in terms of P and use it to find V when P is 7 . Round to 2 decimal places.

When temperature is held constant, the pressure P and volume V of a quantity of gas are inversely proportional (Boyle's Law). The following figure shows this relationship for a particular gas. Find a formula for V in terms of P and use it to find V when P is 7 . Round to 2 decimal places.

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The Answer of When temperature is held constant, the pressure $P$ and volume $V$ of a quantity of gas are inversely proportional (Boyle's Law). The following figure shows this relationship for a particular gas. Find a formula for $V$ in terms of $P$ and use it to find $V$ when $P$ is 7 . Round to 2 decimal places.

When Temperature Is Held Constant, the Pressure PPP And Volume VVV Of a Quantity of Gas Are Inversely Proportional (Boyle's Law)

When Temperature Is Held Constant, the Pressure $P$ And Volume $V$ Of a Quantity of Gas Are Inversely Proportional (Boyle's Law)