A) 16000
B) 16400
C) 16800
D) 18000
Correct Answer: C
Solution :
Let the total number of voters enrolled be \[x.\] |
Number of votes polled = 75% of \[x=\frac{3x}{4}\] |
Number of valid votes \[=\frac{3x}{4}-\frac{2}{100}\times \frac{3x}{4}\] |
\[=\frac{3x}{4}-\frac{3x}{200}=\frac{147x}{200}\] |
Now, 75% of \[\frac{147x}{200}=9261\] \[\Rightarrow \] \[\frac{3}{4}\] of \[\frac{147x}{200}=9261\] |
\[\therefore \] \[x=\frac{9261\times 4\times 200}{3\times 147}=16800\] |
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