please fix the issue hihlighted in yellow and please check my code. In python language:Write a program that reads integers user_num and div_num as input, and output the quotient (user_num divided by div_num). Use a try block to perform all the statements. Use an except block to catch any ZeroDivisionError and output an exception message. Use another except block to catch any ValueError caused by invalid input and output an exception message.Note: ZeroDivisionError is thrown when a division by zero happens. ValueError is thrown when a user enters a value of different data type than what is defined in the program. Do not include code to throw any exception in the program.Ex: If the input of the program is:15 3the output of the program is:5Ex: If the input of the program is:10 0the output of the program is:Zero Division Exception: integer division or modulo by zeroEx: If the input of the program is:15.5 5the output of the program is:Input Exception: invalid literal for int() with base 10: '15.5' for my code and expected result please check the image. thanks **Transcription for Educational Website**---### Detailed Analysis of Comparison Outputs**1. Compare output A:**- **Input:** - 15 / 3- **Your output:** - 5**2. Compare output A:**- **Input:** - 8 / 0- **Your output:** - Exception: Zero Division Exception: integer division or modulo by zero**3. Compare output A:**- **Output differs. See highlights below:** - **Input:** - 15.5 - **Your output:** - Input Exception: Invalid literal for int() with base 10: 15.5 - **Expected output:** - Input Exception: Invalid literal for int() with base 10: '15.5'**4. Compare output A:**- **Output differs. See highlights below:** - **Input:** - 25 - 0.5 - **Your output:** - Input Exception: Invalid literal for int() with base 10: 25 - **Expected output:** - Input Exception: Invalid literal for int() with base 10: '0.5'**5. Compare output A:**- **Output differs. See highlights below:** - **Input:** - Twenty - 5 - **Your output:** - Input Exception: Invalid literal for int() with base 10: Twenty - **Expected output:** - Input Exception: Invalid literal for int() with base 10: 'Twenty'**6. Compare output A:**- **Input:** - 6 / 3- **Your output:** - 2**7. Compare output A:**- **Input:** - 15 / 0- **Your output:** - Exception: Zero Division Exception: integer division or modulo by zero---### ExplanationThe outputs exemplify various scenarios encountered when performing arithmetic operations in programming, including division and type conversion. They specifically illustrate common exceptions:1. **Successful Division** - Division of integers (e.g., 15 / 3 resulting in 5). 2. **Zero Division Error** - Attempted division by zero, which is mathematically undefined and causes an exception in most programming languages ```python# user inputuser_num = input()div_num = input()# try blocktry: # converting the input to int user_num = int(user_num) div_num = int(div_num) quotient = user_num // div_num print(quotient)except ZeroDivisionError: print('Zero Division Exception: integer division or modulo by zero')except ValueError: print('Input Exception: invalid literal for int() with base 10:', '{}'.format(user_num))```### Explanation:This Python script performs integer division between two user inputs. Here’s a detailed breakdown:1. **User Input**: - `user_num` and `div_num` are taken as input from the user.2. **Try Block**: - The script attempts to convert both inputs into integers. - It then calculates the quotient using floor division (`//`) and prints it.3. **Exception Handling**: - **ZeroDivisionError**: Catches errors where the divisor (`div_num`) is zero, preventing division by zero. - **ValueError**: Catches errors where the input cannot be converted to an integer.The script ensures robust handling of common input errors, providing useful feedback to the user if exceptions occur.

The algorithm of the code is as follows: 1. Get input from the user 2. Convert the input to an…

Answered: please fix the issue hihlighted in…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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please fix the issue hihlighted in yellow and please check my code.

In python language:

Write a program that reads integers user_num and div_num as input, and output the quotient (user_num divided by div_num). Use a try block to perform all the statements. Use an except block to catch any ZeroDivisionError and output an exception message. Use another except block to catch any ValueError caused by invalid input and output an exception message.

Note: ZeroDivisionError is thrown when a division by zero happens. ValueError is thrown when a user enters a value of different data type than what is defined in the program. Do not include code to throw any exception in the program.

Ex: If the input of the program is:

15 3

the output of the program is:

Ex: If the input of the program is:

10 0

the output of the program is:

Zero Division Exception: integer division or modulo by zero

Ex: If the input of the program is:

15.5 5

the output of the program is:

Input Exception: invalid literal for int() with base 10: '15.5'

for my code and expected result please check the image.

thanks

**Transcription for Educational Website**

---

### Detailed Analysis of Comparison Outputs

**1. Compare output A:**

- **Input:**
- 15 / 3

- **Your output:**
- 5

**2. Compare output A:**

- **Input:**
- 8 / 0

- **Your output:**
- Exception: Zero Division Exception: integer division or modulo by zero

**3. Compare output A:**

- **Output differs. See highlights below:**

- **Input:**
- 15.5

- **Your output:**
- Input Exception: Invalid literal for int() with base 10: 15.5

- **Expected output:**
- Input Exception: Invalid literal for int() with base 10: '15.5'

**4. Compare output A:**

- **Output differs. See highlights below:**

- **Input:**
- 25
- 0.5

- **Your output:**
- Input Exception: Invalid literal for int() with base 10: 25

- **Expected output:**
- Input Exception: Invalid literal for int() with base 10: '0.5'

**5. Compare output A:**

- **Output differs. See highlights below:**

- **Input:**
- Twenty
- 5

- **Your output:**
- Input Exception: Invalid literal for int() with base 10: Twenty

- **Expected output:**
- Input Exception: Invalid literal for int() with base 10: 'Twenty'

**6. Compare output A:**

- **Input:**
- 6 / 3

- **Your output:**
- 2

**7. Compare output A:**

- **Input:**
- 15 / 0

- **Your output:**
- Exception: Zero Division Exception: integer division or modulo by zero

---

### Explanation

The outputs exemplify various scenarios encountered when performing arithmetic operations in programming, including division and type conversion. They specifically illustrate common exceptions:

1. **Successful Division** - Division of integers (e.g., 15 / 3 resulting in 5).

2. **Zero Division Error** - Attempted division by zero, which is mathematically undefined and causes an exception in most programming languages

```python
# user input
user_num = input()
div_num = input()

# try block
try:
# converting the input to int
user_num = int(user_num)
div_num = int(div_num)
quotient = user_num // div_num
print(quotient)

except ZeroDivisionError:
print('Zero Division Exception: integer division or modulo by zero')

except ValueError:
print('Input Exception: invalid literal for int() with base 10:', '{}'.format(user_num))
```

### Explanation:

This Python script performs integer division between two user inputs. Here’s a detailed breakdown:

1. **User Input**:
- `user_num` and `div_num` are taken as input from the user.

2. **Try Block**:
- The script attempts to convert both inputs into integers.
- It then calculates the quotient using floor division (`//`) and prints it.

3. **Exception Handling**:
- **ZeroDivisionError**: Catches errors where the divisor (`div_num`) is zero, preventing division by zero.
- **ValueError**: Catches errors where the input cannot be converted to an integer.

The script ensures robust handling of common input errors, providing useful feedback to the user if exceptions occur.

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