Here is a Python program that checks whether a given integer is a Kaprekar number or not:

```python
def is_kaprekar(n):
# Calculate the square of n
sq_n = n * n
# Convert the square to string for easy splitting
str_sq_n = str(sq_n)
# Calculate the length of the string
len_str = len(str_sq_n)
# Split the string into two parts
for i in range(1, len_str):
# Get the first and second parts
first_part = int(str_sq_n[:i])
second_part = int(str_sq_n[i:])
# Check if the sum of the parts is equal to n and none of the parts has value 0
if first_part 0 and second_part 0 and first_part + second_part == n:
return True, first_part + second_part
return False, None

# Read the input number
n = int(input())
# Check if the number is a Kaprekar number
is_kap, sum_parts = is_kaprekar(n)
# Print the result
if is_kap:
print("Sum: ", sum_parts)
print(n, "is a kaprekar number")
else:
print("Sum: ", sum_parts)
print(n, "is not a kaprekar number")
```

This program works by first calculating the square of the input number `n`. It then converts this square into a string and splits it into two parts. It checks if the sum of these two parts is equal to `n` and if none of the parts has value 0. If these conditions are met, it prints that `n` is a Kaprekar number. Otherwise, it prints that `n` is not a Kaprekar number.

Question

Here is a Python program that checks whether a given integer is a Kaprekar number or not:

```python
def is_kaprekar(n):
    # Calculate the square of n
    sq_n = n * n
    # Convert the square to string for easy splitting
    str_sq_n = str(sq_n)
    # Calculate the length of the string
    len_str = len(str_sq_n)
    # Split the string into two parts
    for i in range(1, len_str):
        # Get the first and second parts
        first_part = int(str_sq_n[:i])
        second_part = int(str_sq_n[i:])
        # Check if the sum of the parts is equal to n and none of the parts has value 0
        if first_part > 0 and second_part > 0 and first_part + second_part == n:
            return True, first_part + second_part
    return False, None

# Read the input number
n = int(input())
# Check if the number is a Kaprekar number
is_kap, sum_parts = is_kaprekar(n)
# Print the result
if is_kap:
    print("Sum: ", sum_parts)
    print(n, "is a kaprekar number")
else:
    print("Sum: ", sum_parts)
    print(n, "is not a kaprekar number")
```

This program works by first calculating the square of the input number `n`. It then converts this square into a string and splits it into two parts. It checks if the sum of these two parts is equal to `n` and if none of the parts has value 0. If these conditions are met, it prints that `n` is a Kaprekar number. Otherwise, it prints that `n` is not a Kaprekar number.

Knowee AI · Accepted Answer

Here is a Python program that checks whether a given integer is a Kaprekar number or not:

```python
def is_kaprekar(n):
    # Calculate the square of n
    sq_n = n * n
    # Convert the square to string for easy splitting
    str_sq_n = str(sq_n)
    # Calculate the length of the string
    len_str = len(str_sq_n)
    # Split the string into two parts
    for i in range(1, len_str):
        # Get the first and second parts
        first_part = int(str_sq_n[:i])
        second_part = int(str_sq_n[i:])
        # Check if the sum of the parts is equal to n and none of the parts has value 0
        if first_part > 0 and second_part > 0 and first_part + second_part == n:
            return True, first_part + second_part
    return False, None

# Read the input number
n = int(input())
# Check if the number is a Kaprekar number
is_kap, sum_parts = is_kaprekar(n)
# Print the result
if is_kap:
    print("Sum: ", sum_parts)
    print(n, "is a kaprekar number")
else:
    print("Sum: ", sum_parts)
    print(n, "is not a kaprekar number")
```

This program works by first calculating the square of the input number `n`. It then converts this square into a string and splits it into two parts. It checks if the sum of these two parts is equal to `n` and if none of the parts has value 0. If these conditions are met, it prints that `n` is a Kaprekar number. Otherwise, it prints that `n` is not a Kaprekar number.

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