Menu
Question 41 Quantitative Ability 2024 Medium MCQ +4.00 marks · -1.00 negative

In an election there were five constituencies S1, S2, S3, S4 and S5 with 20 voters each all of whom voted. Three parties A, B and C contested the elections. The party that gets maximum number of votes in a constituency wins that seat. In every constituency there was a clear…

The number of votes obtained by A in S5 is

Click an option to submit your answer.

More IPMAT Indore 2024 QA questions to practise

QA 2024 MCQ

The smallest possible number of students in a class if the girls in the class are less than 50% but more than 48% is

Practise this question →
QA 2024 MCQ

The number of real solutions of the equation \(x^2 - 10|x| - 56 = 0\) is

Practise this question →
QA 2024 MCQ

The terms of a geometric progression are real and positive. If the \(p^{th}\) term of the progression is q and the \(q^{th}\) term is p, then the logarithm of the first term is

Practise this question →
QA 2024 MCQ

A fruit seller had a certain number of apples, bananas and oranges at the start of the day. The number of bananas was 10 more than the number of apples, and the total number of bananas and apples was a multiple of 11. She was able to sell 70% of apples, 60% of bananas, and 50% of…

Practise this question →
QA 2024 MCQ

Sagarika divides her savings of 10000 rupees to invest across two schemes A and B. Scheme A offers an interest rate of 10% per annum, compounded half-yearly, while scheme B offers a simple interest rate of 12% per annum. If at the end of first year, the value of her investment in…

Practise this question →
QA 2024 MCQ

The number of solutions of the equation \(x_1 + x_2 + x_3 + x_4 = 50\), where \(x_1, x_2, x_3, x_4\) are integers with \(x_1 \ge 1, x_2 \ge 2, x_3 \ge 0, x_4 \ge 0\) is

Practise this question →
QA 2024 MCQ

The number of values of x for which \(C^{17-x}_{3x+1}\) is defined as an integer is

Practise this question →
QA 2024 MCQ

The greatest number among \(2^{300}\), \(3^{200}\), \(4^{100}\), \(2^{100} + 3^{100}\) is

Practise this question →