Computer Science Illuminated
6th Edition
ISBN: 9781284055917
Author: Nell Dale, John Lewis
Publisher: Jones & Bartlett Learning
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Chapter 7, Problem 65E
Program Plan Intro
Quick sort
- This sort algorithm is used to sort a group of data quickly.
- It is easy to sort two small lists as compared to one large list.
- The stack is divided into many small lists or stacks.
- The array is divided based on the pivot value.
- The pivot value is chosen from a random index or middle value of the array.
- Recursion is used to sort the stack values.
- Combine technology merges the two lists after sorting.
- Data is already sorted; even then, it divides the lists into small ones and therefore it consumes execution time.
- Divide and conquer is the strategy used for Quick sort algorithm.
- It splits big problems into smaller units.
- After completing the process, it conquers the small units into one.
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In 32-bit MSAM, You were given the following negative array. write a program that converts each array element to its positive representation. Then add all these array elements and assign them to the dl register. .data myarr sbyte -5, -6, -7, -4.code ; Write the rest of the program and paste the fully working code in the space below.
the dl register should have the value 22 after summing up all elements in the array.
Microprocessor 8085 Lab Experiment
Experiment No. 3 Logical Instructions
Write programs with effects
1. B=(2Dh XOR D/2) - (E AND 2Eh+1) when E=53, D=1Dh
2. HL= (BC+HL) XOR DE (use register pair when necessary), when BC=247,
HL 516, DE 12Ach
3. Reset bits 1,4,6 of A and set bits 3,5 when A=03BH
Write all as table (address line.hexacode,opcede,operant.comment with flags)
Chapter 7 Solutions
Computer Science Illuminated
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