In this assignment, you will design a program in which you will ask the user to enter a number and use a while loop to see if the number entered by the user is a palindrome number or not. A palindrome number is a number which remains the same, even when the digits are reversed. For example: 121 is a palindrome number. 277 is not a palindrome number. Lab Procedure: 1. Prior starting of the work consider how to design the while loop: a. What would be the loop condition? b. What would be the stopping criteria? 2. Determine how to extract each digit. What are the variables and where to initialize the variables. 3. Test the application by hand-calculating several values and use the same values to validate the operation.
In this assignment, you will design a program in which you will ask the user to enter a number and use a while loop to see if the number entered by the user is a palindrome number or not. A palindrome number is a number which remains the same, even when the digits are reversed. For example: 121 is a palindrome number. 277 is not a palindrome number. Lab Procedure: 1. Prior starting of the work consider how to design the while loop: a. What would be the loop condition? b. What would be the stopping criteria? 2. Determine how to extract each digit. What are the variables and where to initialize the variables. 3. Test the application by hand-calculating several values and use the same values to validate the operation.
Computer Networking: A Top-Down Approach (7th Edition)
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Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Please help me with this question in python using psedocode details. I have attached both pictures below:-

Transcribed Image Text:## Pseudocode for Checking Palindrome Numbers
### Description
This pseudocode is designed to check whether a given number is a palindrome. A palindrome number is one that remains the same when its digits are reversed.
### Steps
1. **Prompt the user for a number `givenNumber`.**
2. **Assign `givenNumber` to another temporary variable `temp`.**
3. **Initialize a variable `rev` to 0.**
4. **While `temp` is not 0:**
- **Divide `temp` by 10 and assign the remainder to a variable `dig`.**
- **Multiply `rev` by 10 and add `dig` to it. Assign the result to `rev`.**
- **Divide `temp` by 10 to get the quotient and assign it back to `temp`.**
5. **If `givenNumber` is equal to the variable `rev`:**
- **Print "The number is a palindrome".**
6. **Else:**
- **Print "The number is not a palindrome".**
### Pseudocode
```
# Pseudocode
# Prompt the user a number `givenNumber`
# Assign `givenNumber` to another temporary variable `temp`
# Initialize a variable `rev` to 0
# While `temp` is not 0
# divide `temp` by 10 and assign the remainder to a variable `dig`
# multiply `rev` by 10 and add to `dig` and assign result to `rev`
# divide `temp` by 10 to get the quotient and assign to `temp`
#
# If `givenNumber` is equal to variable `rev`
# Print "The number is a palindrome"
# Else
# Print "The number is not a palindrome"
```
### Explanation
1. **Prompt the user a number**: This will be the number to check.
2. **Assign `givenNumber` to `temp`**: Duplicate the number for processing.
3. **Initialize `rev` to 0**: This will store the reversed number.
4. **While Loop**: Continue reversing the digits until `temp` becomes zero.
- **Extract last digit (remainder) of `temp`**.
- **Shift `rev` one place to the left and add the last digit**.
- **Remove the last digit from `temp

Transcribed Image Text:### Lab Scenario
In this assignment, you will design a program in which you will ask the user to enter a number and use a while loop to see if the number entered by the user is a palindrome number or not. A palindrome number is a number which remains the same, even when the digits are reversed. For example: 121 is a palindrome number. 277 is not a palindrome number.
### Lab Procedure
1. **Prior starting of the work consider how to design the while loop:**
a. What would be the loop condition?
b. What would be the stopping criteria?
2. **Determine how to extract each digit.**
What are the variables and where to initialize the variables.
3. **Test the application by hand-calculating several values and use the same values to validate the operation.**
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