Chapter 5: Problem 1
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Chapter 5: Problem 1
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Write a definition for a void function that has three arguments of type int and that outputs to the screen the product of these three arguments. Put the definition in a complete program that reads in three numbers and then calls this function.
If computing the statement: \(x=\left(x^{*} y / z\right) ;\) how can you use the assert macro to avoid division by zero?
Write a void function definition for a function called add_tax. The function add_tax has two formal parameters: tax_rate, which is the amount of sales tax expressed as a percentage, and cost, which is the cost of an item before tax. The function changes the value of cost so that it includes sales tax.
What is the fundamental rule for testing functions? Why is this a good way to test functions?
Write a void function definition for a function called zero_both that has two reference parameters, both of which are variables of type \(i n t,\) and sets the values of both variables to \(\theta\)
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