Here is a Python program that can assist Sathish in completing this task:

```python
def check_descending(n):
n = str(n) # Convert the number to a string
for i in range(len(n) - 1):
if n[i]

Question

Here is a Python program that can assist Sathish in completing this task:

```python
def check_descending(n):
    n = str(n)  # Convert the number to a string
    for i in range(len(n) - 1):
        if n[i] < n[i + 1]:  # If the current digit is less than the next one
            return "No"  # The digits are not in descending order
    return "Yes"  # If we haven't returned yet, the digits are in descending order

# Test the function with some inputs
print(check_descending(2589))  # Output: No
print(check_descending(4321))  # Output: Yes
print(check_descending(93578))  # Output: No
```

This program defines a function `check_descending` that takes an integer `n` as input. It converts `n` to a string and then checks each pair of adjacent digits. If it finds a pair where the first digit is less than the second, it immediately returns "No", because this means the digits are not in descending order. If it checks all the pairs without finding such a pair, it returns "Yes", because this means all the digits are in descending order.

Please note that Python does not support the `goto` statement as it is considered a bad practice in modern programming. The use of `goto` can make code hard to understand and maintain, so it is generally recommended to use control structures like loops and functions instead.

Knowee AI · Accepted Answer

Here is a Python program that can assist Sathish in completing this task:

```python
def check_descending(n):
    n = str(n)  # Convert the number to a string
    for i in range(len(n) - 1):
        if n[i] < n[i + 1]:  # If the current digit is less than the next one
            return "No"  # The digits are not in descending order
    return "Yes"  # If we haven't returned yet, the digits are in descending order

# Test the function with some inputs
print(check_descending(2589))  # Output: No
print(check_descending(4321))  # Output: Yes
print(check_descending(93578))  # Output: No
```

This program defines a function `check_descending` that takes an integer `n` as input. It converts `n` to a string and then checks each pair of adjacent digits. If it finds a pair where the first digit is less than the second, it immediately returns "No", because this means the digits are not in descending order. If it checks all the pairs without finding such a pair, it returns "Yes", because this means all the digits are in descending order.

Please note that Python does not support the `goto` statement as it is considered a bad practice in modern programming. The use of `goto` can make code hard to understand and maintain, so it is generally recommended to use control structures like loops and functions instead.

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