Chapter 3: Problem 6
Write a definition statement for a character array named city. It should be large enough to hold a string 30 characters in length.
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Chapter 3: Problem 6
Write a definition statement for a character array named city. It should be large enough to hold a string 30 characters in length.
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A retail store grants its customers a maximum amount of credit. Each customer's available credit is his or her maximum amount of credit minus the amount of credit used. Write a pseudocode algorithm for a program that asks for a customer's maximum credit and amount of credit used, then calculates and displays the customer's available credit.
Complete the following table by writing the value of each expression in the Value column. \begin{array}{l} 28 \quad 4-2 \\ 6+12 * 2-8 \\ 4+8=2 \\ 6+1783-2 \\ 2+22 *(9-7) \\ (8+7) * 2 \\ (16+7) \text { \& } 2-1 \\ 12 \quad /(10-6) \\ (19-3) *(2+2) / 4 \end{array}
Little Italy Pizza charges 12.00 for a \(12^{\text {" diameter sausage }}\) pirza and \(\$ 14.00\) for a \(14^{\prime \prime}\) diameter sausage pizza. Write the pseudocode algorithm that calculates and displays how much each of these earns the establishment per square inch of pizza sold. (Hint: you will need to first calculate how many square inches there are in each pizza.)
Write \(\mathrm{C}_{+}+\) expressions for the following algebraic expressions: A) \(a=12 x\) B) \(z=5 x+14 y+6 k\) C) \(y=x^{4}\) D) \(g=\frac{h+12}{4 k}\) E) \(c=\frac{a^{3}}{b^{2} k^{4}}\)
Pet World offers a \(15 \%\) discount to senior citizens, Write a pseudocode algorithm for a program that inputs the amount of a sale, then calculates and displays both the amount the customer saves and the amount they must pay.
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