Writing a Program that Corresponds to our Algorithm in C: On Page 5, we wrote an algorithm that solved a computational problem. The computational problem that was solved by the algorithm depicted on page 5 can be stated as: With the above-stated computational problem solved, we can now easily write a program that corresponds to the algorithm, not only in Python syntax, but in C syntax, as well. Figure 10: The C program that corresponds to the algorithm depicted on Page 5. Figure 11: What the C program depicted in Figure 10 outputs should the user input a 0. Figure 12: What the C program depicted in Figure 10 outputs should the user input a 1. Figure 13: What the C program depicted in Figure 10 outputs should the user input a literal that is neither a 0 or a 1.
Writing a Program that Corresponds to our Algorithm in C: On Page 5, we wrote an algorithm that solved a computational problem. The computational problem that was solved by the algorithm depicted on page 5 can be stated as: With the above-stated computational problem solved, we can now easily write a program that corresponds to the algorithm, not only in Python syntax, but in C syntax, as well. Figure 10: The C program that corresponds to the algorithm depicted on Page 5. Figure 11: What the C program depicted in Figure 10 outputs should the user input a 0. Figure 12: What the C program depicted in Figure 10 outputs should the user input a 1. Figure 13: What the C program depicted in Figure 10 outputs should the user input a literal that is neither a 0 or a 1.
flow_control_statement.docx