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Two gases are mixed at same temperature pressure and volume, if volume and temperature don't change what will be resultant pressure?
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Answered by
5
Well, the Pressure should increase.
Boyle's Law is valid only when two conditions are fulfilled:
• Temperature should be constant
• Number of moles of gas should be constant
Here the first condition is satisfied. But the second condition is not. So Boyle's Law cannot be directly used to determine the answer.
We can obtain our logic from the Ideal Gas Equation:
PV = nRT
Since V, T and R are constants according to the given question, here we have
"P" is directly proportional to "n"
On mixing gases, the total number of moles will obviously increase. So consequently, the pressure must increases.
Boyle's Law is valid only when two conditions are fulfilled:
• Temperature should be constant
• Number of moles of gas should be constant
Here the first condition is satisfied. But the second condition is not. So Boyle's Law cannot be directly used to determine the answer.
We can obtain our logic from the Ideal Gas Equation:
PV = nRT
Since V, T and R are constants according to the given question, here we have
"P" is directly proportional to "n"
On mixing gases, the total number of moles will obviously increase. So consequently, the pressure must increases.
Answered by
0
the temperature should increase by using boyels law
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