In an election between two candidates, a candidate who got $30\%$ of the total votes is defeated by $15000$ votes. The number of votes obtained by the winning candidate is:-
This question involves calculating the number of votes for the winning candidate in an election based on the percentage of votes received by the losing candidate and the margin of defeat.
We are given information about an election between two candidates:
We need to find the number of votes obtained by the winning candidate.
Let's break down the calculation step-by-step:
If one candidate received 30% of the total votes, and there are only two candidates, the winning candidate must have received the remaining percentage of votes.
The difference in the percentage of votes between the winning and losing candidates is:
We are told that the losing candidate was defeated by 15,000 votes. This difference in votes corresponds to the percentage difference calculated above.
Let $T$ represent the total number of votes cast in the election. We can set up the following equation:
$40\% \times T = 15,000$
To express this mathematically:
$\frac{40}{100} \times T = 15,000$
Now, we solve for $T$:
$T = \frac{15,000 \times 100}{40}$
$T = \frac{1,500,000}{40}$
$T = 37,500$
Therefore, the total number of votes cast in the election was 37,500.
The winning candidate secured 70% of the total votes ($T$).
Number of votes for the winning candidate = 70% of $T$
$ \text{Winning Votes} = \frac{70}{100} \times 37,500 $
$ \text{Winning Votes} = 0.70 \times 37,500 $
$ \text{Winning Votes} = 26,250 $
The winning candidate obtained 26,250 votes.
If A earns \(33\frac{1}{3}%\) more than B, then how much percent does B earn less than A?