Program.docx
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- Words: 1,829
- Pages: 24
Activity 1 Exercise No. 1 #include using namespace std; int main(){ int age; cout << "Enter your age: "; cin >> age; cout << "You are " << age << " years old." << endl; cout << "You are too young to play the game." << endl; system("pause"); return 0; }
Activity 1 Exercise No. 2 #include using namespace std; int main(){ for(int i = 0; i < 5; i++){ for(int j = 0; j < 5; j++){ cout << "*"; } cout << endl; } system("pause"); return 0; }
Activity 1 Exercise No. 3 #include using namespace std; int main(){ int x, y; float z; cout << "x: "; cin >> x; cout << "y: "; cin >> y; cout << "z: "; cin >> z; printf("x = %d y = %d z = %.1f\n", x, y, z);
}
system("pause"); return 0;
Activity 1 Exercise No. 4 # include using namespace std; int main(){ char name [50]; cout << "Enter your name: "; cin >> name; cout <<"Hello " <
Activity 1 Exercise No. 5 #include using namespace std; int main(){ int val_one, val_two, val_three; cout << "val_one: "; cin >> val_one; cout << "val_two: "; cin >> val_two; cout << "val_three: "; cin >> val_three; int sum = val_one + val_two + val_three; float ave = sum/5; printf("The sum of %d + %d + %d = %d\n", val_one, val_two, val_three,sum); printf("The average is: %.0f\n", ave);
}
system("pause"); return 0;
Activity 2 Exercise No. 1 #include using namespace std; int main(){ int numberone, numbertwo; cout << "numberone: "; cin >> numberone; cout << "numbertwo: "; cin >> numbertwo; int sum = numberone + numbertwo; printf("The sum of %d + %d = %d\n", numberone, numbertwo, sum); system("pause"); return 0; }
Activity 2 Exercise No. 2 #include using namespace std; int main(){ float salesDiv, salesComp; cout << "salesdiv: "; cin >> salesDiv; cout << "salescomp: "; cin >> salesComp; float totalSales = salesDiv * salesComp; cout << "The total sales generated by the sales division is: $" << totalSales << " million" << endl;
}
system("pause"); return 0;
Activity 2 Exercise No. 3 #include using namespace std; int main(){ float purchase, statetax, countrytax; cout << "Purchase: "; cin >> purchase; cout << "State Tax: "; cin >> statetax; cout << "Country Tax: "; cin >> countrytax; statetax = statetax * purchase; countrytax = countrytax * purchase; float totalSalesTax = statetax + countrytax; printf("The total sales tax on $%.2f purchase is $%.2f\n", purchase, totalSalesTax);
}
system("pause"); return 0;
Activity 2 Exercise No. 4 #include using namespace std; int main(){ float meal; float tax; float tip; float total; cout << "Input meal: "; cin >> meal; cout << "Input tax: "; cin >> tax; cout << "Input tip: "; cin >> tip; tax = tax * meal; tip = (tax + meal) * tip; total = meal + tax + tip; cout << "The meal charge is: $" << meal << endl; cout << "The tax amount is: $" << tax << endl; cout << "The tip amount is: $" << tip << endl; cout << "The total bill is: $" << total << endl;
}
system("pause"); return 0;
Activity 2 Exercise No. 5 #include using namespace std; int main(){ int val_one, val_two, val_three, val_four, val_five; cout << "val_one: "; cin >> val_one; cout << "val_two: "; cin >> val_two; cout << "val_three: "; cin >> val_three; cout << "val_four: "; cin >> val_four; cout << "val_five: "; cin >> val_five; int sum = val_one + val_two + val_three + val_four + val_five; float ave = sum/5; printf("The sum of %d + %d + %d + %d + %d = %d\n", val_one, val_two, val_three, val_four, val_five, sum); printf("The average is: %.0f\n", ave); system("pause"); return 0; }
Activity 2 Exercise No. 6 #include using namespace std; int main(){ float payAmount, payPeriods, annualPay; cout << "Pay Amount: "; cin >> payAmount; cout << "Pay Periods: "; cin >> payPeriods; annualPay = payAmount * payPeriods; printf("The employee earns $%.2f each pay period.\n", payAmount); printf("There are %.0f in a year.\n", payPeriods); printf("The annual pay is: $%.2f.\n", annualPay); system("pause"); return 0; }
Activity 2 Exercise No. 7 #include using namespace std; int main(){ float currentLevel, risingLevel; cout << "Current Level: "; cin >> currentLevel; cout << "Rising Level: "; cin >> risingLevel; printf("In 5 years, the ocean's level will be %f higher than the current level. \n", currentLevel + (risingLevel*5)); printf("In 7 years, the ocean's level will be %f higher than the current level. \n", currentLevel + (risingLevel*7)); printf("In 10 years, the ocean's level will be %f higher than the current level. \n", currentLevel + (risingLevel*10));
}
system("pause"); return 0;
Activity 2 Exercise No. 8 #include using namespace std; int main(){ char month1[10], month2[10], month3[10]; float rain1, rain2, rain3; cout << "Enter the name of the month: "; cin >> month1; cout << "Enter the rainfall (in inch): "; cin >> rain1; cout << "Enter the name of the month: "; cin >> month2; cout << "Enter the rainfall (in inch): "; cin >> rain2; cout << "Enter the name of the month: "; cin >> month3; cout << "Enter the rainfall (in inch): "; cin >> rain3; float ave = (rain1 + rain2 + rain3)/3; printf("The average rainfall for %s, %s, and %s is: %.2f\n", month1, month2, month3, ave);
}
system("pause"); return 0;
Activity 2 Exercise No. 9 #include using namespace std; int main(){ char c; int i; float f; double d; cout << "The size of a char is: 1" << endl; cout << "The size of an int is: 4" << endl; cout << "The size of a float is: 4" << endl; cout << "The size of a double is: 8" << endl; system("pause"); return 0; }
Activity 2 Exercise No. 10 #include using namespace std; int main(){ float gallons, miles, MPG; cout << "Enter the number of size of the tank (gallons): "; cin >> gallons; cout << "Enter the number of miles per tank of gas: "; cin >> miles; MPG = miles/gallons; cout << "A car that holds " << gallons <<" gallons of gasoline and travel " << miles << " miles before refueling gets " << MPG << "MPG" << endl;
}
system("pause"); return 0;
Activity 3 Exercise No. 1 #include using namespace std; int main(){ float capacity, miles, average; cout << "Enter the number of size of the tank (gallons): "; cin >> capacity; cout << "Enter the number of miles per tank of gas: "; cin >> miles; average = miles/capacity; cout << "The car's MPG is: " << average << endl; system("pause"); return 0; }
Activity 3 Exercise No. 2 #include using namespace std; int main(){ int classA, classB, classC; cout << "How many tickets were sold for classA? "; cin >> classA; cout << "How many tickets were sold for classB? "; cin >> classB; cout << "How many tickets were sold for classC? "; cin >> classC; int numberA = classA, numberB = classB, numberC = classC; int total = (numberA * classA) + (numberB * classB) + (numberC * classC); printf("Sales for Class A: $%d.00\n", numberA*classA); printf("Sales for Class B: $%d.00\n", numberB*classB); printf("Sales for Class C: $%d.00\n", numberC*classC); printf("Total sales generated: $%d.00\n", total);
}
system("pause"); return 0;
Activity 3 Exercise No. 3 #include using namespace std; int main(){ float score1, score2, score3, score4, score5; cout << "Enter score 1: "; cin >> score1; cout << "Enter score 2: "; cin >> score2; cout << "Enter score 3: "; cin >> score3; cout << "Enter score 4: "; cin >> score4; cout << "Enter score 5: "; cin >> score5; float ave = (score1 + score2 + score3 + score4 + score5)/5; printf("The average score is: %f\n", ave);
}
system("pause"); return 0;
Activity 3 Exercise No. 5 #include #include <string> using namespace std; int main(){ char movie[50]; float adultTickets, childTickets; float adultPrice = 6.00, childPrice = 3.00; float grossBox, netBox, distributorCut; cout << "Enter the name of the movie: "; cin.getline(movie, 50); cout << "Enter number of adult tickets sold: "; cin >> adultTickets; cout << "Enter number of child tickets sold: "; cin >> childTickets; grossBox = (adultTickets * adultPrice) + (childTickets * childPrice); netBox = grossBox * 0.20; distributorCut = grossBox - netBox; cout << "Movie Name: " << movie << endl; cout << "Adult Tickets Sold: " << adultTickets << endl; cout << "Child Tickets Sold: " << childTickets << endl; printf("Gross Box Office Profit $%.2f\n", grossBox); printf("Net Box Office Profit $%.2f\n", netBox); printf("Amount Paid to Distributor:$%.2f\n", distributorCut); system("pause"); return 0;
} Activity 3 Exercise No. 6 #include #include <math.h> using namespace std; int main(){ float widgetWeight = 9.2; float palletEmpty, palletWeight; cout << "How much does the empty pallet weight (pound): "; cin >> palletEmpty; cout << "How much does the pallet weight (with widgets): "; cin >> palletWeight; float widgetNumber = ceil((palletWeight - palletEmpty) / widgetWeight); cout << "***************************************" << endl; cout << "There are " << widgetNumber << " widgets on the pallet" << endl; system("pause"); return 0; }
Activity 3 Exercise No. 7 #include using namespace std; int main(){ int cookies; cout << "Enter the number of cookies you ate: "; cin >> cookies; int totalCalories = cookies * 75; cout << "*******************************" << endl; cout << "You consumed: " << totalCalories << " Calories" << endl;
}
system("pause"); return 0;
Activity 3 Exercise No. 8 #include using namespace std; int main(){ int repCost; cout << "Enter the replacement cost of your building: "; cin >> repCost;
endl;
cout << " *******************************" << endl; cout << " \"Minimum insurance recommended\"" << endl; cout << " *******************************" << endl; cout << "Enter the replacement cost of your building: $" << repCost << cout << " The minimum insurance you should buy is: $8000" << endl;
}
system("pause"); return 0;
Activity 3 Exercise No. 9
#include using namespace std; int main() { float loanPayment, monthlyTotal, insurance, gas, oil, tires, maintenance; cout << "Enter your monthly loan payment: "; cin >> loanPayment; cout << "Enter your monthly insurance: "; cin >> insurance; cout <<"Enter your monthly gas expenses: "; cin >> gas; cout <<"Enter your monthly oil expenses: "; cin >> oil; cout <<"Enter your monthly tires expenses: "; cin >> tires; cout <<"Enter your monthly maintenance expenses: "; cin >> maintenance; float montlhlyTotal = loanPayment + insurance + gas + oil + tires + maintenance; float annualTotal = monthlyTotal * 12; endl;
cout << "*********************************************" << printf("Your total monthly expenses are: $%.2f\n", monthlyTotal); printf("Your annual expenses are: $%.2f\n", annualTotal); }
Activity 3 Exercise No. 10 #include using namespace std; int main(){ float celsius; cout << "Enter Celsius Temperature: "; cin >> celsius; float fahrenheit = (1.8 * celsius) + 32; cout << celsius << " Celsius = " << fahrenheit << " Fahrenheit" << endl; system("pause"); return 0; }
Activity 1 Exercise No. 2 #include
Activity 1 Exercise No. 3 #include
}
system("pause"); return 0;
Activity 1 Exercise No. 4 # include
Activity 1 Exercise No. 5 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 1 #include
Activity 2 Exercise No. 2 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 3 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 4 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 5 #include
Activity 2 Exercise No. 6 #include
Activity 2 Exercise No. 7 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 8 #include
}
system("pause"); return 0;
Activity 2 Exercise No. 9 #include
Activity 2 Exercise No. 10 #include
}
system("pause"); return 0;
Activity 3 Exercise No. 1 #include
Activity 3 Exercise No. 2 #include
}
system("pause"); return 0;
Activity 3 Exercise No. 3 #include
}
system("pause"); return 0;
Activity 3 Exercise No. 5 #include
} Activity 3 Exercise No. 6 #include
Activity 3 Exercise No. 7 #include
}
system("pause"); return 0;
Activity 3 Exercise No. 8 #include
endl;
cout << " *******************************" << endl; cout << " \"Minimum insurance recommended\"" << endl; cout << " *******************************" << endl; cout << "Enter the replacement cost of your building: $" << repCost << cout << " The minimum insurance you should buy is: $8000" << endl;
}
system("pause"); return 0;
Activity 3 Exercise No. 9
#include
cout << "*********************************************" << printf("Your total monthly expenses are: $%.2f\n", monthlyTotal); printf("Your annual expenses are: $%.2f\n", annualTotal); }
Activity 3 Exercise No. 10 #include
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