A 300mL bottle of soft drink has 0 . 2 MCO _ 2 dissolved in it....

A $300mL$ bottle of soft drink has $0 . 2{MCO}_{2}$ dissolved in it. Assuming ${CO}_{2}$ behaves as an ideal gas, the volume of the dissolved ${CO}_{2}$ at STP is _____ $mL$ . (Nearest integer)

Given: At STP, molar volume of an ideal gas is $22 . 7L{mol}^{- 1}$

Correct answer

Step-by-step solution

Moles dissolved in soft drinks of ${CO}_{2} = molarity \times volume = 0 . 2M \times \left(300 \times {10}^{- 3}\right)L$

$= 0 . 06\text{Mole}$

Volume of $0 . 06moleof{CO}_{2}$ at S.T.P

$= 0 . 06 \times 22 . 7$

$= 1 . 362L$

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