Here is a Python solution for the problem:

```python
def convert_to_binary_hexadecimal(n):
# Convert to binary and remove the '0b' prefix
binary_repr = bin(n)[2:]
# Convert to hexadecimal and remove the '0x' prefix
hexadecimal_repr = hex(n)[2:].upper()
print("Binary: " + binary_repr)
print("Hexadecimal: " + hexadecimal_repr)

# Test the function with the sample test cases
convert_to_binary_hexadecimal(3)
convert_to_binary_hexadecimal(10)
convert_to_binary_hexadecimal(18)
```

This program defines a function `convert_to_binary_hexadecimal` that takes an integer `n` as input. It then converts `n` to its binary and hexadecimal representations using the built-in `bin` and `hex` functions, respectively. The '0b' and '0x' prefixes that these functions add are removed using string slicing (`[2:]`). The hexadecimal representation is also converted to uppercase to match the expected output. The function then prints the binary and hexadecimal representations in the required format. The function is tested with the sample test cases provided in the problem statement.

Question

Here is a Python solution for the problem:

```python
def convert_to_binary_hexadecimal(n):
    # Convert to binary and remove the '0b' prefix
    binary_repr = bin(n)[2:]
    # Convert to hexadecimal and remove the '0x' prefix
    hexadecimal_repr = hex(n)[2:].upper()
    print("Binary: " + binary_repr)
    print("Hexadecimal: " + hexadecimal_repr)

# Test the function with the sample test cases
convert_to_binary_hexadecimal(3)
convert_to_binary_hexadecimal(10)
convert_to_binary_hexadecimal(18)
```

This program defines a function `convert_to_binary_hexadecimal` that takes an integer `n` as input. It then converts `n` to its binary and hexadecimal representations using the built-in `bin` and `hex` functions, respectively. The '0b' and '0x' prefixes that these functions add are removed using string slicing (`[2:]`). The hexadecimal representation is also converted to uppercase to match the expected output. The function then prints the binary and hexadecimal representations in the required format. The function is tested with the sample test cases provided in the problem statement.

Knowee AI · Accepted Answer

Here is a Python solution for the problem:

```python
def convert_to_binary_hexadecimal(n):
    # Convert to binary and remove the '0b' prefix
    binary_repr = bin(n)[2:]
    # Convert to hexadecimal and remove the '0x' prefix
    hexadecimal_repr = hex(n)[2:].upper()
    print("Binary: " + binary_repr)
    print("Hexadecimal: " + hexadecimal_repr)

# Test the function with the sample test cases
convert_to_binary_hexadecimal(3)
convert_to_binary_hexadecimal(10)
convert_to_binary_hexadecimal(18)
```

This program defines a function `convert_to_binary_hexadecimal` that takes an integer `n` as input. It then converts `n` to its binary and hexadecimal representations using the built-in `bin` and `hex` functions, respectively. The '0b' and '0x' prefixes that these functions add are removed using string slicing (`[2:]`). The hexadecimal representation is also converted to uppercase to match the expected output. The function then prints the binary and hexadecimal representations in the required format. The function is tested with the sample test cases provided in the problem statement.

Question

Solution

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