In an election, two candidates participated in which 20% of voters of the voting list did not vote. 3500 votes declared invalid and the winner gets 60% votes of the valid votes and wins by 5000 votes. Find the number of voters who appeared for voting.
In an election, two candidates participated in which 20% of voters of the voting list did not vote. 3500 votes declared invalid and the winner gets 60% votes of the valid votes and wins by 5000 votes. Find the number of voters who appeared for voting. Correct Answer 28500
Given:
20% of voters did not vote.
3500 votes were declared invalid.
The winner gets 60% of valid votes and wins by 5000 votes.
Formula used:
Percentage = (Value/Total Value) × 100
Calculation:
Let the total vote be x
20% did not vote on the total voting list.
Number of voters appeared for voting = x × (80/100)
Invalid votes = 3500
Valid votes = x × (80/100) – 3500
Difference between winning and losing candidate = 60 – 40 = 20% of valid votes
⇒ × (20/100) = 5000
⇒ (4x/5) – 3500 = 25000
⇒ 4x/5 = 25000 + 3500
⇒ x = (28500 × 5)/4
⇒ x = 35625
Number of voters appeared for voting = x × (80/100)
Number of voters appeared for voting = 35625 × (80/100)
= 28500
∴ Number of voters appeared for voting is 28500