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const float DEBT = 300.0; // Original value owed
const float PAYMT = 22.4; // Payment
const float INTR = 0.02; // Interest rate
int main()
{
float charg; // Interest times debt
float reduc; // Amount debt is reduced
float remain; // Remaining balance
charg = INTR * DEBT;
reduc = PAYMT - charg;
remain = DEBT - reduc;
cout < Payment: < PAYMT
< Charge: < charg
< Balance owed: < remain < endl;
return 0;
} |
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5. Enter the following program into your computer and run it. Add comments, using the pattern shown in Exercise 4 above. (Notice how hard it is to tell what the program does without the comments.) |
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#include <iostream.h>
const int T_COST = 1376;
const int POUNDS = 10;
const int OUNCES = 12;
int main()
{
int tot0z;
float uCost;
tot0z = 16 * POUNDS;
tot0z = tot0z + OUNCES;
uCost = T_COST / tot0z;
cout < Cost per unit: < uCost < endl;
return 0;
} |
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6. Change the program in Exercise 5 above so that it prints the total cost and total weight (labeled appropriately) before printing the cost per unit. |
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1. Write a C++ program that will print your initials in large block letters, each letter made up of the same character it represents. The letters should be a minimum of |
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