10.SEQUENTIAL SEARCH
Linear Search Quiz
Test your knowledge on linear search algorithms with our engaging quiz! This quiz contains 10 multiple choice questions that assess your understanding of linear search techniques and their applications.
Whether you're a student, a teacher, or just a tech enthusiast, this quiz is designed to enhance your grasp of the subject. Topics covered include:
- Algorithm basics
- Runtime complexities
- Practical applications
- Advantages of linear search
Linear search(recursive) algorithm used in
When the size of the dataset is large
When the size of the dataset is low
When the size of the dataset is high
When the dataset is unordered
What is the worst case runtime of linear search(recursive) algorithm?
O(n)
O(n2)
O(nlogn)
Olog(n)
What is the best case runtime of linear search(recursive) algorithm on an ordered set of elements?
O(nx)
O(n)
O(1)
O(n2)
The array is as follows: 1,2,3,6,8,10. Given that the number 17 is to be searched. At which call it tells that there’s no such element? (By using linear search(recursive) algorithm)
17th call
9th call
7th call
The function calls itself infinite number of times
Is there any difference in the speed of execution between linear serach(recursive) vs linear search(lterative)?
Both execute at same speed
Linear search(Iterative) is faster
Cant be said
Linear search(Recursive) is faster
If n is the length of text(T) and m is the length of the pattern(P) identify the correct pre-processing algorithm. (where q is a suitable modulus to reduce the complexity) p=0; t0=0;
"for i=1 to m do p=(dp + P[i])mod q t0=(dt0+T[i])mod q"
"for i=1 to m do t0=(dp + P[i])mod q p=(dt0+T[i])mod q "
"for i=1 to n do t0=(dt0 + P[i])mod q p=(dp+T[i])mod q"
"for i=1 to n do p=(dp + P[i])mod q t0=(dt0+T[i])mod q"
Given a pattern of length-5 window, find the suitable modulo value. 4 3 2 5 0
12
13
14
11
Where is linear searching used?
When the list has only a few elements
When performing a single search in an unordered list
When the list has only a few elements and When performing a single search in an unordered list
Used all the time
What is an advantage of the Linear search algorithm?
Performs well with small sized data sets
Is complicated to code
Can be used on data sets with more than a million elements
Is not complicated to code
What would be needed if searching algorithms didn't exist?
The data would need to be saved
Each item of data would need to be looked at one by one, until the searched for data was found
A new set of data to look at would be needed
None
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