Each of the containers below hold 150 mL of the indicated solution at 20 oC. Which one would have the highest rate of vaporizati
on?
1 answer:
We have that the Measuring cylinders is smaller in size than surface area of the solution in the beaker
We have that
Correct option is
C
From the Question we are told that
Each of the containers below hold 150 mL
Temp=20C
Generally
Rate of vaporization is equal to the boiling point and surface area of the solution
Where
Boiling point
Note:CH3Cl will evaporate fast at 20C
Therefore
Measuring cylinders is smaller in size than surface area of the solution in the beaker
We have that
Correct option is
C
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Answer:
The final pressure of a gas is inversely proportional to the volume change and directly proportional to temperature
Explanation:
Given
Required
Interpret
Multiply both sides by T1
Divide both sides by V1
This can be rewritten as:
In the above expression; k is a constant of proportionality.
So, the equation can be written as variation as follows:
To interpret:
<em>P varies directly to T (the numerator) and inversely to V (the denominator).</em>
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