20 23

**20 and 23 in Python**

Here are the ways to represent 20 and 23 in Python:

### Integers

You can represent 20 and 23 as integers in Python using the following code:

```python
num1 = 20
num2 = 23

print(num1)  # Output: 20
print(num2)  # Output: 23
```

### Floats

You can also represent 20 and 23 as floats in Python using the following code:

```python
num1 = 20.0
num2 = 23.0

print(num1)  # Output: 20.0
print(num2)  # Output: 23.0
```

### Complex Numbers

You can represent 20 and 23 as complex numbers in Python using the following code:

```python
num1 = complex(20, 0)
num2 = complex(23, 0)

print(num1)  # Output: (20+0j)
print(num2)  # Output: (23+0j)
```

### Strings

You can represent 20 and 23 as strings in Python using the following code:

```python
num1 = "20"
num2 = "23"

print(num1)  # Output: 20
print(num2)  # Output: 23
```

Note that when you represent numbers as strings, they are not numbers and you cannot perform arithmetic operations on them.

### Boolean

You can represent 20 and 23 as boolean values in Python using the following code:

```python
num1 = True
num2 = False

print(num1)  # Output: True
print(num2)  # Output: False
```

Note that in Python, `True` is equivalent to 1 and `False` is equivalent to 0 when used in arithmetic operations.