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Suppose we analyze algorithm A to determine its time complexity and we determine that f(n) = 137.5n3 + 2125.25n2 + 15033n + 31595. If we let g(n) = n³ and C be 138 then what would the %3D minimum integer value of the constant no have to be in order to prove that the time complexity of A s O(n)? Enter your solution as an integer with no leading zeros or commas. For example, if your solution is 1,192 then enter 1192.

Suppose we analyze algorithm A to determine its time complexity and we determine that f(n) = 137.5n3 + 2125.25n2 + 15033n + 31595. If we let g(n) = n³ and C be 138 then what would the %3D minimum integer value of the constant no have to be in order to prove that the time complexity of A s O(n)? Enter your solution as an integer with no leading zeros or commas. For example, if your solution is 1,192 then enter 1192.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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I’ve asked this question twice on Bartleby, and twice I’ve received screenshots of the same (incorrect) answer on Chegg. If someone could explain the actual answer to this question, I would appreciate it.
Suppose we analyze algorithm A to determine its time complexity and we determine that f(n) = 137.5n3 + 2125.25n2 + 15033n + 31595. If we let g(n) = n³ and C be 138 then what would the minimum integer value of the constant no have to be in order to prove that the time complexity of A is O(n)? Enter your solution as an integer with no leading zeros or commas. For example, if your solution is 1,192 then enter 1192.
Transcribed Image Text:Suppose we analyze algorithm A to determine its time complexity and we determine that f(n) = 137.5n3 + 2125.25n2 + 15033n + 31595. If we let g(n) = n³ and C be 138 then what would the minimum integer value of the constant no have to be in order to prove that the time complexity of A is O(n)? Enter your solution as an integer with no leading zeros or commas. For example, if your solution is 1,192 then enter 1192.
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