question 23\nthe mainline logic of almost every procedural computer program consists of these three distinct…

question 23\nthe mainline logic of almost every procedural computer program consists of these three distinct parts: \nhousekeeping tasks, detail loop tasks, and end - of - job tasks\nhousekeeping tasks, main tasks, and end - of - job tasks\nclearing tasks, detail loop tasks, and end - of - job tasks\nhousekeeping tasks, detail loop tasks, and math tasks\n\nquestion 24\nwhen a program has several modules calling other modules, programmers often use a program _, which overall picture of how modules are related to one another.\ndata diagram\ntree chart\nflow chart\nhierarchy chart

question 23\nthe mainline logic of almost every procedural computer program consists of these three distinct parts: \nhousekeeping tasks, detail loop tasks, and end - of - job tasks\nhousekeeping tasks, main tasks, and end - of - job tasks\nclearing tasks, detail loop tasks, and end - of - job tasks\nhousekeeping tasks, detail loop tasks, and math tasks\n\nquestion 24\nwhen a program has several modules calling other modules, programmers often use a program _, which overall picture of how modules are related to one another.\ndata diagram\ntree chart\nflow chart\nhierarchy chart

Answer

Answer:

Question 23: housekeeping tasks, detail loop tasks, and end - of - job tasks Question 24: hierarchy chart

Brief Explanations:

Question 23: In procedural programming, these are the common mainline logic parts. Housekeeping initializes, detail loop does repetitive work, and end - of - job cleans up. Question 24: A hierarchy chart shows module relationships in a program where modules call other modules.