1. Write a Python program that takes two integers as input from the user and performs the following operations:a. Add the two integers together and store the result in a variable named sum.b. Subtract the second integer from the first integer and store the result in a variable named difference.c. Multiply the two integers together and store the result in a variable named product.d. Divide the first integer by the second integer and store the result in a variable named quotient. The output should be a floating point number.e. Calculate the remainder when the first integer is divided by the second integer and store the result in a variable named remainder.f. Print the values of sum, difference, product, quotient, and the remainder to the shell/console. Provide a label before each value to indicate what it represents (i.e. Sum: , Difference: , etc.). Each label/value pair must be on its own line.g. When your program is executed, the user should be able to enter their two integers, one at a time, and the result must match the screenshot below. However, the program should still work as expected regardless of what integers the user enters for input. Here is a screenshot of the expected behavior, testing all scenarios described above. Replicate this functionality in your script, including the formatting and outputs of all messages. ## Python Basic Operations ExampleBelow is an example of running a Python script that performs basic arithmetic operations. The script prompts the user to enter two integers and then displays the results of various arithmetic calculations, including the sum, difference, product, quotient, and remainder.### Script Execution```plaintexteric@ifitlinux:~/lab_g$ ./lab_g_task_01_sdevil.pyEnter the first integer: 9Enter the second integer: 4Sum: 13Difference: 5Product: 36Quotient: 2.25Remainder: 1eric@ifitlinux:~/lab_g$```### Explanation1. **Sum**: The script calculates the sum of the two integers. - Example: `9 + 4 = 13` 2. **Difference**: The script calculates the difference between the two integers. - Example: `9 - 4 = 5` 3. **Product**: The script computes the product of the two integers. - Example: `9 * 4 = 36` 4. **Quotient**: The script determines the quotient when the first integer is divided by the second integer. - Example: `9 / 4 = 2.25` 5. **Remainder**: The script calculates the remainder when the first integer is divided by the second integer. - Example: `9 % 4 = 1` This script provides a practical demonstration of basic arithmetic operations in Python, which are fundamental in programming and mathematical calculations. For more detailed information on arithmetic operations in Python, you can visit the [Python Official Documentation](https://docs.python.org/3/tutorial/introduction.html#numbers).

Write a Python program that takes two integers as input from the user and performs the following operations: a. Add the two integers together and store the result in a variable named sum. b. Subtract the second integer from the first integer and store the result in a variable named difference. c. Multiply the two integers together and store the result in a variable named product. d. Divide the first integer by the second integer and store the result in a variable named quotient. The output should be a floating point number. e. Calculate the remainder when the first integer is divided by the second integer and store the result in a variable named remainder. f. Print the values of sum, difference, product, quotient, and the remainder to the shell/console. Provide a label before each value to indicate what it represents (i.e. Sum: , Difference: , etc.). Each label/value pair must be on its own line. g. When your program is executed, the user should be able to enter their two integers, one at a time, and the result must match the screenshot below. However, the program should still work as expected regardless of what integers the user enters for input. Here is a screenshot of the expected behavior, testing all scenarios described above. Replicate this functionality in your script, including the formatting and outputs of all messages.

Programming with Microsoft Visual Basic 2017

8th Edition

ISBN:9781337102124

Author:Diane Zak

Publisher:Diane Zak

Chapter7: String Manipulation

Section: Chapter Questions

Problem 6E

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Question

1. Write a Python program that takes two integers as input from the user and performs the following operations:

a. Add the two integers together and store the result in a variable named sum.

b. Subtract the second integer from the first integer and store the result in a variable named difference.

c. Multiply the two integers together and store the result in a variable named product.

d. Divide the first integer by the second integer and store the result in a variable named quotient. The output should be a floating point number.

e. Calculate the remainder when the first integer is divided by the second integer and store the result in a variable named remainder.

f. Print the values of sum, difference, product, quotient, and the remainder to the shell/console. Provide a label before each value to indicate what it represents (i.e. Sum: , Difference: , etc.). Each label/value pair must be on its own line.

g. When your program is executed, the user should be able to enter their two integers, one at a time, and the result must match the screenshot below. However, the program should still work as expected regardless of what integers the user enters for input. Here is a screenshot of the expected behavior, testing all scenarios described above. Replicate this functionality in your script, including the formatting and outputs of all messages.

## Python Basic Operations Example

Below is an example of running a Python script that performs basic arithmetic operations. The script prompts the user to enter two integers and then displays the results of various arithmetic calculations, including the sum, difference, product, quotient, and remainder.

### Script Execution

```plaintext
eric@ifitlinux:~/lab_g$ ./lab_g_task_01_sdevil.py
Enter the first integer: 9
Enter the second integer: 4
Sum: 13
Difference: 5
Product: 36
Quotient: 2.25
Remainder: 1
eric@ifitlinux:~/lab_g$
```

### Explanation

1. **Sum**: The script calculates the sum of the two integers.
- Example: `9 + 4 = 13`

2. **Difference**: The script calculates the difference between the two integers.
- Example: `9 - 4 = 5`

3. **Product**: The script computes the product of the two integers.
- Example: `9 * 4 = 36`

4. **Quotient**: The script determines the quotient when the first integer is divided by the second integer.
- Example: `9 / 4 = 2.25`

5. **Remainder**: The script calculates the remainder when the first integer is divided by the second integer.
- Example: `9 % 4 = 1`

This script provides a practical demonstration of basic arithmetic operations in Python, which are fundamental in programming and mathematical calculations.

For more detailed information on arithmetic operations in Python, you can visit the [Python Official Documentation](https://docs.python.org/3/tutorial/introduction.html#numbers).

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