A 300 mL bottle of soft drink has 0.2 M CO 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 22.7 L mol -1

Question

A 300 mL bottle of soft drink has 0.2 M CO 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 22.7 L mol -1 (A)  (B)  (C)  (D)

Tardigrade Admin · Accepted Answer

Mole of CO 2=0.2 M ×(300 × 10-3) L =0.06 Mole Volume of 0.06 mole CO 2 at S.T.P =0.06 × 22.7 =1.362 L

Q. A $300 m L$ bottle of soft drink has $0.2 M C O_{2}$ dissolved in it. Assuming $C O_{2}$ behaves as an ideal gas, the volume of the dissolved $C O_{2}$ at STP is ______ $m L$ . (Nearest integer)
Given : At STP, molar volume of an ideal gas is $22.7 L m o l^{- 1}$

Mole of $C O_{2} = 0.2 M \times (300 \times 1 0^{- 3}) L$ $= 0.06$ Mole
Volume of $0.06$ mole $C O_{2}$ at S.T.P
$= 0.06 \times 22.7$
$= 1.362 L$

Q. A 300mL bottle of soft drink has 0.2MCO2​ dissolved in it. Assuming CO2​ behaves as an ideal gas, the volume of the dissolved CO2​ at STP is ______mL. (Nearest integer) Given : At STP, molar volume of an ideal gas is 22.7Lmol−1

Mole of CO2​=0.2M×(300×10−3)L =0.06 Mole Volume of 0.06 mole CO2​ at S.T.P =0.06×22.7 =1.362L

Q. A $300 m L$ bottle of soft drink has $0.2 M C O_{2}$ dissolved in it. Assuming $C O_{2}$ behaves as an ideal gas, the volume of the dissolved $C O_{2}$ at STP is ______ $m L$ . (Nearest integer)
Given : At STP, molar volume of an ideal gas is $22.7 L m o l^{- 1}$

Mole of $C O_{2} = 0.2 M \times (300 \times 1 0^{- 3}) L$ $= 0.06$ Mole
Volume of $0.06$ mole $C O_{2}$ at S.T.P
$= 0.06 \times 22.7$
$= 1.362 L$