7 elements will be compared to find 25 using linear search
<h3>
What is linear search?</h3>
- A linear search, also known as a sequential search, is a technique used in computer science to locate an element inside a list.
- Up until a match is discovered or the entire list has been searched, each element of the list is successively checked.
- In worst-case linear time, a linear search performs at most n comparisons, where n is the length of the list.
- A linear search has an average case of n+1/2 comparisons if each element is equally likely to be searched, but the average case can be impacted if the search probability for each element differ.
- Since other search algorithms and schemes, such the binary search algorithm and hash tables, provide substantially faster searching for all but short lists, linear search is rarely practical.
To learn more about linear search with the given link
brainly.com/question/15178888
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If
and
are mutually independent, then
and
.
If
and
are independent, then
. Ditto for
and
.
The inclusion/exclusion principle says that
Since
and
are mutually exclusive, their intersection is the empty set. It then follows that
also is the empty set, so the last probability is also 0.
Plug in what we know:
Answer:
29.575
Step-by-step explanation:
6.5(6.24-1.69)= 6.5(4.55) = 29.575
True
because u gotta think about it like that for more then 5 seconds
