
Concept explainers
Interpretation: The amount of water required in kilograms has to be calculated to get 2.0 L of
Concept introduction:
Ideal gas equation is given as follows,

Answer to Problem 25.12QP
The amount of water required to get 2.0 L of
Explanation of Solution
Capture the given data
Pressure is given as
Temperature is given as
Gas constant value is
The number of moles of deuterium is calculated by the use of modified ideal gas equation.
The number of moles of deuterium is 0.07357 moles.
By using the modified ideal gas equation and given data the number of moles of deuterium is calculated as 0.07357 moles.
To determine: The number of moles of water
The abundance of deuterium is given as 0.015 percent.
The number of moles of
By the use of calculated moles of deuterium and percent of deuterium the number of moles of water is calculated as
To determine: The amount of
Recovery is given as 80 percent. The amount of water needed is calculated as follows:
The amount of
By the use of moles of water and recovery of deuterium the amount of water is needed to produce 2.0 L of deuterium is calculated as 11.04495 Kg.
The required amount of water to produce the given amount of deuterium was calculated.
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Chapter 25 Solutions
Chemistry: Atoms First
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