Explanation Given: Mass of carbon dioxide gas = 28.8 g Pressure inside the balloon =742 mmHg = ( 1 a t m ) × ( 742 m m H g ) ( 760 m m H g ) = 0 . 976 a t m Temperature of the balloon = 22° C = (22 + 273.15) K = 295.15 K Formula used: According to ideal gas law , PV = nRT Here, P = pressure of a gas V = volume of the gas n = moles of the gas R = gas constant T = temperature of the gas in Kelvin scale Calculation: Here, P = pressure of gas inside the balloon = 0.976 atm V = volume of the balloon =? n = moles of carbon dioxide inside the balloon = M a s s M o l a r m a s s = 28 ...

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Chapter 10, Problem 45E

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To determine: Volume of a balloon that contains 28.8 g carbon dioxide at a temperature of 22° C and a pressure 742 mmHg.

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Chapter 10, Problem 44E

Chapter 10, Problem 46E

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Volume of a balloon that contains 28.8 g carbon dioxide at a temperature of 22° C and a pressure 742 mmHg.

Solution Summary: The author calculates the volume of a balloon that contains 28.8 g carbon dioxide, based on the ideal gas law.

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To determine: Volume of a balloon that contains 28.8 g carbon dioxide at a temperature of 22° C and a pressure 742 mmHg.

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Chapter 10 Solutions