Assuming A and B are two algorithms that solve the same problem, indicate whether each of the following statements is true or false:

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Assuming A and B are two algorithms that solve the same problem, indicate whether each of the following statements is true or false:

 

 

Idfcale whether each of the
a. T / F
b. T / F
C. T / F
d. T / F
e. T / F
f. T / F
g. T / F
h. T / F
i. T / F
j. T / F
k. T / F
instance of the
1. T / F
ing stateme
If A E O(n) then A E 0(²).
If A E O(n lg n) then A E O(lg n).
If A EN(n lg n) then A E N(lg n).
If A E (n²) then A = O(n).
If A E O(n) then A E N(lg n).
Α ΕΩ(1).
ue of faise:
If A E (n lg n) then A E
(n) 0(n²).
If A E O(n) it will always be slower than B E 0(lg n) when run on
the same input.
If A E O(n) and B E (n²) then there is guaranteed to be an
instance of the problem for which A is faster than B.
If A E O(n) and B E (lg n) then there is guaranteed to be an
instance of the problem for which B is faster than A.
If A E N(n lg n) and B E O(n) then there is guaranteed to be an
problem for which B is faster than A.
If A E (n²) and B € (n) then B will always be faster than A.
3
Transcribed Image Text:Idfcale whether each of the a. T / F b. T / F C. T / F d. T / F e. T / F f. T / F g. T / F h. T / F i. T / F j. T / F k. T / F instance of the 1. T / F ing stateme If A E O(n) then A E 0(²). If A E O(n lg n) then A E O(lg n). If A EN(n lg n) then A E N(lg n). If A E (n²) then A = O(n). If A E O(n) then A E N(lg n). Α ΕΩ(1). ue of faise: If A E (n lg n) then A E (n) 0(n²). If A E O(n) it will always be slower than B E 0(lg n) when run on the same input. If A E O(n) and B E (n²) then there is guaranteed to be an instance of the problem for which A is faster than B. If A E O(n) and B E (lg n) then there is guaranteed to be an instance of the problem for which B is faster than A. If A E N(n lg n) and B E O(n) then there is guaranteed to be an problem for which B is faster than A. If A E (n²) and B € (n) then B will always be faster than A. 3
Expert Solution
Step 1 Solution

a. True. 

Explanation :- If complexity of A is O(n) then it will also have O(n^2) complexity.

bTrue

Explanation:-

For complexity  of A nlogn it will also be logn. 

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