A)
B)
C)
D)
Correct Answer: B
Solution :
\[w\,=\,-n\text{RT}\,\text{In}\,\frac{{{V}^{2}}}{{{V}_{1}}},\] \[w\,=\,-n\text{RT}\,\text{In}\,\frac{{{\text{V}}_{b}}}{{{\text{V}}_{i}}}\] |
\[\left| w \right|\,=\,-n\text{RT}\,\text{In}\,\frac{{{\text{V}}_{b}}}{{{\text{V}}_{i}}}\] |
\[\left| w \right|\,=\,n\text{RT}\,(\text{In}\,{{\text{V}}_{b}}\,-\,\text{In}\,{{\text{V}}_{i}})\] |
\[\left| w \right|\,=\,n\text{RT}\,\text{In}\,{{\text{V}}_{b}}\,-\,n\text{RT}\,\text{In}\,{{\text{V}}_{i}}\] |
\[\text{Y}\,=\,m\,x\,-\,\text{C}\] |
So, slope of curve 2 is more than curve 1 and intercept of curve 2 is more negative than curve 1. |
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