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The runtime complexity, T(n), of the three following recurrence relation solved by Master's Theorem) are T(n) = 6T(n/3) + n² logn T(n) = 64T(n/8) - n² log n T(n) = 4T(n/2) + n/logn (The solution for the three relations are respectively given by) A: (n logn), 9(n²), (n²logn) B: 9(n²), e(n² log n), (n logn) C: (n² logn), Master's Theorem does not apply, 9(n²) D: (n²), Master's Theorem does not apply, 9(n² log n) E: (n² logn), 9(n²), Master's Theorem does not apply F: 9(n²), (n² logn), Master's Theorem does not apply

The runtime complexity, T(n), of the three following recurrence relation solved by Master's Theorem) are T(n) = 6T(n/3) + n² logn T(n) = 64T(n/8) - n² log n T(n) = 4T(n/2) + n/logn (The solution for the three relations are respectively given by) A: (n logn), 9(n²), (n²logn) B: 9(n²), e(n² log n), (n logn) C: (n² logn), Master's Theorem does not apply, 9(n²) D: (n²), Master's Theorem does not apply, 9(n² log n) E: (n² logn), 9(n²), Master's Theorem does not apply F: 9(n²), (n² logn), Master's Theorem does not apply

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The runtime complexity, T(n), of the three following recurrence relation solved by Master's Theorem) are T(n) = 6T(n/3) + n² logn T(n) = 64T(n/8)- n² log n T(n) = 4T(n/2) + n/logn (The solution for the three relations are respectively given by) A: (nlogn), 9(n²), (n² logn) B: 9(n²), (n² logn), (n log n) C: (n²logn), Master's Theorem does not apply, 9(n²) D: 0(n²), Master's Theorem does not apply, 9(n² log n) E: 0(n² logn), 9(n²), Master's Theorem does not apply F: 9(n²), (n² logn), Master's Theorem does not apply
Transcribed Image Text:The runtime complexity, T(n), of the three following recurrence relation solved by Master's Theorem) are T(n) = 6T(n/3) + n² logn T(n) = 64T(n/8)- n² log n T(n) = 4T(n/2) + n/logn (The solution for the three relations are respectively given by) A: (nlogn), 9(n²), (n² logn) B: 9(n²), (n² logn), (n log n) C: (n²logn), Master's Theorem does not apply, 9(n²) D: 0(n²), Master's Theorem does not apply, 9(n² log n) E: 0(n² logn), 9(n²), Master's Theorem does not apply F: 9(n²), (n² logn), Master's Theorem does not apply
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