Discrete Mathematics Quiz


Play this quiz that will help you to excel in Discrete Mathematics certification exams, placements etc. This Discrete Mathematics quiz consist of 10 questions that you need to solve in 10 minutes. We’ve specially designed this quiz so that you can quickly acquaint to the pattern of questions you can be asked in placement drives, certification exams etc.

Discrete Mathematics

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Discrete Mathematics MCQs

Practice Discrete Mathematics MCQ Questions, which will help you to understand programming related Mathematical concepts and also helps you to prepare for placements, technical rounds, interviews, competitive exams etc.

Discrete Mathematics Quiz

Try Free Discrete Mathematics Quiz, to start a quiz you need to login first, after login you will get start quiz button and then by clicking on that you can start quiz. You will get 10 Minutes to answer all questions.

Discrete Mathematics Quiz

1. How many bits string of length 4 are possible such that they contain 2 ones and 2 zeroes?

4
5
6
7

2. In how many categories, Mathematics can be broadly classified into?

2
3
4
5

3. Which of the following give the count of the number of ways to partition a set?

Power Numbers
Cross Numbers
Complement Numbers
Bell Numbers

4. A function f:A→B is ___________ (onto) if the image of f equals its range.

injective
surjective
inverse
not surjective

5. Which of the following involves distinct values i.e. between any two points?

Continuous Mathematics
Non-Continuous Mathematics
Non-Discrete Mathematics
Discrete Mathematics

6. __________ bytes are required to encode 2000 bits of data.

4
8
1
2

7. Probability theory was invented?

1638
1654
1674
1666

8. From a deck of 52 cards, if one card is picked find the probability of a diamond being drawn?

(1/4)
(3/26)
(1/6)
(1/13)

9. Composition does not hold?

associative property
commutative property
one-to-one function
Both A and B

10. The time complexity of computing the transitive closure of a binary relation on a set of n elements should be ________

O(n)
O(logn)
O(n^3)
O(n^2)

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