Write a C program which uses a structure type that stores data records for a car

Question

Write a C program which uses a structure type that stores data records for a car, as described in the Requirements below. Requirements: Define a global structure and name it as Car. This structure has these member variables: Make (string), model (string), year (int), mileage (double), original_price (double), and sale_price(double) sale_price will be calculated based on original_price and mileage. Declare two variables from structure car and call it car_number1 and car_number2. Write a function called get_nput, which is responsible to Get the input values for the member variables of car_numberl and car_number2 For sale_price enter zero. This value will be updated later by function price_calculation This function uses call by reference for car_number1 and car_number2 For string member variables use the correct input method Write a function called price_calculation which gets car_number1 and car_number2 as input (call by reference) and update the sale_price. If the car mileage is greater than 70,000 miles then the sale_price is 70% of the original_price. Otherwise the sale_price is 85% of the original_price. Write a function called print_output which is responsible To print the information for each car separately (including the update value of sale_price) This function should print the output based on alphabet order of car's make.

Explanation / Answer

#include<stdio.h>

struct Car {
    char Make[50];
    char Model[50];
    int year;
    double mileage;
    double original_price;
    double sale_price;
};

void get_input(struct Car *data1, struct Car *data2){
    printf("Enter Make Model year mileage original_price for Car_number1 ");
    scanf("%s %s %d %lf %lf", data1->Make, data1->Model, &data1->year, &data1->mileage,&data1->original_price);
    data1->sale_price = 0;
    printf("Enter Make Model year mileage original_price for Car_number2 ");
    scanf("%s %s %d %lf %lf", data2->Make, data2->Model, &data2->year, &data2->mileage,&data2->original_price);
    data2->sale_price = 0;
}

void price_calculation(struct Car *data1, struct Car *data2){
     if (data1->mileage > 70000)
        data1->sale_price = 0.7 * data1->original_price;'
     else
        data1->sale_price = 0.85 * data1->original_price;
     if (data2->mileage > 70000)
        data20->sale_price = 0.7 * data2->original_price;'
     else
        data2->sale_price = 0.85 * data2->original_price;
}
void print_out(struct Car *data1, struct Car *data2){
    if (data1->Make < data2->Make){
       printf("Car number1 data ");
       printf("%s %s %d %.2f %.2f %.2f", data1->Make, data1->Model, data1->year,
               data1->mileage, data1->original_price, data1->sale_price);
       printf("Car number2 data ");
       printf("%s %s %d %.2f %.2f %.2f", data2->Make, data2->Model, data2->year,
               data2->mileage, data2->original_price, data2->sale_price);
    }
    else {
       printf("Car number2 data ");
       printf("%s %s %d %.2f %.2f %.2f ", data2->Make, data2->Model, data2->year,
               data2->mileage, data2->original_price, data2->sale_price);
       printf("Car number1 data ");
       printf("%s %s %d %.2f %.2f %.2f", data1->Make, data1->Model, data1->year,
               data1->mileage, data1->original_price, data1->sale_price);
    }
}

void main(){
   struct Car car_number1, car_number2;
   get_input(&car_number1, &car_number2);
   price_calculation(&car_number1, &car_number2);
   print_output(&car_number1, &car_number2);
}

Related Questions

Navigate

• Browse (All)
• Browse W
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.