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10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T (-) + logn 3. b. T(п) %3D 4T (") + n3 с. Т(п) 3D 4T + n?

10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T (-) + logn 3. b. T(п) %3D 4T (") + n3 с. Т(п) 3D 4T + n?

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
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10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T () + logn .3. +n3 3 %3D с. Т(п) %3D 4T () + n? d. T(n) =T + n? е. Т(п) — 8T () + п3
Transcribed Image Text:10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T () + logn .3. +n3 3 %3D с. Т(п) %3D 4T () + n? d. T(n) =T + n? е. Т(п) — 8T () + п3
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10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T () + logn .3. +n3 3 %3D с. Т(п) %3D 4T () + n? d. T(n) =T + n? е. Т(п) — 8T () + п3
Transcribed Image Text:10. Find the time complexities (Theta notation) for each of the following recurrence relations using master theorem. a. T(n) = 9T () + logn .3. +n3 3 %3D с. Т(п) %3D 4T () + n? d. T(n) =T + n? е. Т(п) — 8T () + п3
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