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Chapter 6: Modular Programming

Chapter 6: Modular Programming. Problem Solving & Program Design in C Sixth Edition By Jeri R. Hanly & Elliot B. Koffman. Figure 6.1 Function separate. Figure 6.2 Diagram of Function separate with Multiple Results. Figure 6.3 Program That Calls a Function with Output Arguments.

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Chapter 6: Modular Programming

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  1. Chapter 6:Modular Programming Problem Solving & Program Design in C Sixth Edition By Jeri R. Hanly & Elliot B. Koffman

  2. Figure 6.1 Function separate

  3. Figure 6.2 Diagram of Function separate with Multiple Results

  4. Figure 6.3 Program That Calls a Function with Output Arguments

  5. Figure 6.3 Program That Calls a Function with Output Arguments (cont’d)

  6. Figure 6.3 Program That Calls a Function with Output Arguments (cont’d)

  7. Figure 6.4 Parameter Correspondence for separate(value, &sn, &whl, &fr);

  8. Figure 6.5 Comparison of Direct and Indirect Reference

  9. Figure 6.6 Program to Sort Three Numbers

  10. Figure 6.6 Program to Sort Three Numbers (cont’d)

  11. Figure 6.7 Data Areas After temp = *smp; During Call order(&num1, &num3);

  12. Figure 6.8 Outline of Program for Studying Scope of Names

  13. Figure 6.9 Function scan_fraction (incomplete)

  14. Figure 6.9 Function scan_fraction (incomplete) (cont’d)

  15. Figure 6.10 Data Areas for scan_fraction and Its Caller

  16. Figure 6.11 Structure Chart for Common Fraction Problem

  17. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions

  18. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions (cont’d)

  19. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions (cont’d)

  20. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions (cont’d)

  21. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions (cont’d)

  22. Figure 6.12 Program to Perform Arithmetic Operations on Common Fractions (cont’d)

  23. Figure 6.13 Sample Run of a Partially Complete Program Containing Stubs

  24. Figure 6.14 Stub for Function multiply_fractions

  25. Figure 6.15 Driver for Function scan_fraction

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