The following statements are all true: 89n + 20n +5= O(89n + 20n +5) 89m +...

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The following statements are all true: 89n² + 20n +5= O(89n² + 20n +5) 89m² + 20n +5= O(89n²) 89n² + 20n +5= O(n¹0) 89n² + 20n +5= O(n²) However, the last one is the simplest, cleanest, and tightest of them, and we will refer to it as the minimal big-O form. Write the following expression in minimal big-O notation. (1) n³ +3. (2) 3nlog(5n). (3) 100 2" +3" (4) 80nlogn +5n³ + √√n (5) 1³+2³+ +n³ The following statements are all true: 89n² + 20n +5= O(89n² + 20n +5) 89n² + 20n +5= O(89n²) 89n² + 20n +5= O(n¹0) 89n² + 20n +5= O(n²) However, the last one is the simplest, cleanest, and tightest of them, and we will refer to it as the minimal big-O form. Write the following expression in minimal big-O notation. (1) n³ +3. (2) 3nlog(5n). (3) 100 2" +3" (4) 80nlogn + 5n³ + √√n (5) 1³+2³+ +n³ The following statements are all true: 89n² + 20n +5= O(89n² + 20n +5) 89m² + 20n +5= O(89n²) 89n² + 20n +5= O(n¹0) 89n² + 20n +5= O(n²) However, the last one is the simplest, cleanest, and tightest of them, and we will refer to it as the minimal big-O form. Write the following expression in minimal big-O notation. (1) n³ +3. (2) 3nlog(5n). (3) 100 2" +3" (4) 80nlogn +5n³ + √√n (5) 1³+2³+ +n³ The following statements are all true: 89n² + 20n +5= O(89n² + 20n +5) 89n² + 20n +5= O(89n²) 89n² + 20n +5= O(n¹0) 89n² + 20n +5= O(n²) However, the last one is the simplest, cleanest, and tightest of them, and we will refer to it as the minimal big-O form. Write the following expression in minimal big-O notation. (1) n³ +3. (2) 3nlog(5n). (3) 100 2" +3" (4) 80nlogn + 5n³ + √√n (5) 1³+2³+ +n³

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1 n 3 3 n O3 n 2 3nlog5n Onlog... View the full answer