Question

30. An unopened soda can has an aqueous CO2 concentration of 0.0506 m at 25 °C. What is the pressure of CO2 gas in the can? 31. Consider the substances in the table below and decide whether mixing the substance according to the table below will results in miscible or immiscible solutions. 1 water 1. butane 2. benzene 3. carbon tetrachloride 4. ethanoic acid 5. octanol 6 ethanol i. 1 and 2 ii. 3 and 6 iii. 1 and 6 iv. 2 and 3 v. 5 and 7 vi. 4 and 7 vii. 3 and 4 viii. 1 and 5

          30. An unopened soda can has an aqueous CO2 concentration of 0.0506 m at 25 °C. What is the
pressure of CO2 gas in the can?
31. Consider the substances in the table below and decide whether mixing the substance according
to the table below will results in miscible or immiscible solutions.
1
water
1.
butane
2.
benzene
3.
carbon tetrachloride
4.
ethanoic acid
5.
octanol
6
ethanol
i.
1 and 2
ii.
3 and 6
iii.
1 and 6
iv.
2 and 3
v.
5 and 7
vi.
4 and 7
vii.
3 and 4
viii.
1 and 5

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30. An unopened soda can has an aqueous CO2 concentration of 0.0506 m at 25 °C. What is the
pressure of CO2 gas in the can?
31. Consider the substances in the table below and decide whether mixing the substance according
to the table below will results in miscible or immiscible solutions.
1
water
1.
butane
2.
benzene
3.
carbon tetrachloride
4.
ethanoic acid
5.
octanol
6
ethanol
i.
1 and 2
ii.
3 and 6
iii.
1 and 6
iv.
2 and 3
v.
5 and 7
vi.
4 and 7
vii.
3 and 4
viii.
1 and 5

Added by Francisco J.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Lijeesh Krishnan

Step 1

The ideal gas law is given by the equation PV = nRT, where P is the pressure, V is the volume, n is the number of moles, R is the ideal gas constant, and T is the temperature in Kelvin. First, we need to convert the temperature from Celsius to Kelvin. The Show more…

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30. An unopened soda can has an aqueous CO2 concentration of 0.0506 M at 25Â°C. What is the pressure of CO2 gas in the can? 31. Consider the substances in the table below and decide whether mixing the substances according to the table will result in miscible or immiscible solutions: water, butane, benzene, carbon tetrachloride, ethanoic acid, octanol, ethanol. Table: 1. Water 2. Butane 3. Benzene 4. Carbon tetrachloride 5. Ethanoic acid 6. Octanol 7. Ethanol Mixing Results: i. Miscible: 1 and 2 ii. Immiscible: 1 and 6 iii. Immiscible: 1 and 6 iv. Miscible: 2 and 3 v. Immiscible: 5 and 7 vi. Miscible: 4 and 7 vii. Miscible: 3 and 4 viii. Miscible: 1 and 5

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