2.The general ol ving a general form of by unrolling and summing. I given in the Math Survival Guide, which accompanies this book. Tof t recurrence relation solutions are handy for solving many of the se these recurrences gression identical to the one we saw, except that aepae given in Table 6.18. This solution table (along with Table 6.21 and Table A.I2 ions that we will encounter in analysing algorithmas.entah Analysis of MergeSort One technique that is useful for analyzing algorithms is to analyze strategy instead of analyzing the detailed C program which is the u eneral strategy. That is, you first apply abstraction to a given algorithm tial actions, and then you analyze the abstract form of it. refinement of to express its es As an example of this technique, we are going to analyze an for merge sorting. We will never actually see the refined C pro Instead, we'll present and analyze only the program strategy alyze abstract algorith for nict alon .2, 4, 1), is a thre step process: (I) divide the list in two halves, L (5, 3, 8, 6) and R sort thetwo half lists, getting L-(3, 5, 6, 8) and R (1,2,4,7); and(314,0% e basic idea for merge sorting a list, such as (5, 3, 8, 6, 7, 2 (7 ic idea for eso ting two half-lists into the final sorted list, Merge(L, R(1,2, 3, 4, 5, 6,7 abstract program strategy for doing this is given as Program Strategy 6.19 y The. uppok Solutions to Recurrence Relotions .6 Condition General Solution a- b-c b+c dT 2.The general ol ving a general form of by unrolling and summing. I given in the Math Survival Guide, which accompanies this book. Tof t recurrence relation solutions are handy for solving many of the se these recurrences gression identical to the one we saw, except that aepae given in Table 6.18. This solution table (along with Table 6.21 and Table A.I2 ions that we will encounter in analysing algorithmas.entah Analysis of MergeSort One technique that is useful for analyzing algorithms is to analyze strategy instead of analyzing the detailed C program which is the u eneral strategy. That is, you first apply abstraction to a given algorithm tial actions, and then you analyze the abstract form of it. refinement of to express its es As an example of this technique, we are going to analyze an for merge sorting. We will never actually see the refined C pro Instead, we'll present and analyze only the program strategy alyze abstract algorith for nict alon .2, 4, 1), is a thre step process: (I) divide the list in two halves, L (5, 3, 8, 6) and R sort thetwo half lists, getting L-(3, 5, 6, 8) and R (1,2,4,7); and(314,0% e basic idea for merge sorting a list, such as (5, 3, 8, 6, 7, 2 (7 ic idea for eso ting two half-lists into the final sorted list, Merge(L, R(1,2, 3, 4, 5, 6,7 abstract program strategy for doing this is given as Program Strategy 6.19 y The. uppok Solutions to Recurrence Relotions .6 Condition General Solution a- b-c b+c dT