Data Structures And Algorithms Quiz


Play this quiz that will help you to excel in Data Structures And Algorithms certification exams, placements etc. This Data Structures And Algorithms 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. This DSA test enables you to assess your knowledge of Data Structures And Algorithms.

Algorithms + Data Structures

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Data Structures And Algorithms MCQs

Practice Data Structures & Algorithms MCQ Questions, which will help you to sharpen your DSA skills and also helps you to prepare for placements, interviews, technical rounds, competitive programming etc.

Data Structures And Algorithms Quiz

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Data Structures And Algorithms Quiz

1. The complexity of an algorithm f(n) gives the running time and/or the storage space required by the algorithm in terms of n as the size of input data.

Yes
No
Can be yes or no
Can not say

2. Which of the following is not a Characteristics of a Data Structure?

Completeness
Correctness
Time Complexity
Space Complexity

3. Lossy compression reduces bits by removing unnecessary or less important information

TRUE
FALSE
Can be true or false
Can not say

4. Which of the following is not a audio compression algorithms?

ALAC
DST
JSAC
OSQ

5. The Omega notation is the formal way to express the __________ of an algorithms running time.

upper bound
medium bound
lower bound
both the lower bound and the upper bound

6. Uncompressed video requires a ________ data rate.

high
low
medium
very high

7. Space complexity S(P) of any algorithm P is S(P) = C + SP(I), where C is the?

fixed part
variable part
space complexity
None of the above

8. What is the type of the algorithm used in solving the 8 Queens problem?

Backtracking
Dynamic
Branch and Bound
Both A and B

9. Worst Case indicates maximum time required for program execution.

Yes
No
Can be yes or no
Can not say

10. Using asymptotic analysis, we can very well conclude the __________ scenario of an algorithm.

best case
average case
worst case
best case, average case, and worst case

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