Given a right triangle with sides of length A and B, the length of the hypotenuse C can be calculated using the Pythagorean theorem.

Question

right triangle

A2 + B2 = C2

Written another way, we can solve for length C by taking the square root as follows:

C = √(A2 + B2)

The program below asks the user to enter lengths for sides A and B. It should then calculate and display the length of the hypotenuse C using the Pythagorean theorem.

Use the math.pow() function to calculate A2.
Use the math.pow() function to calculate B2.
Use the math.sqrt() function to calculate the square root of A2 plus B2.
Print the result to the screen with the message "C = [result]".
You can declare any additional variables you need (if any) to implement your logic. The following examples demonstrate the expected program output.

Enter side A: 3
Enter side B: 4
C = 5.0
Enter side A: 10.5
Enter side B: 11.2
C = 15.352198539622917
Enter side A: 5
Enter side B: 12
C = 13.0

import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

Answer 1

A_squared = math.pow(A, 2)
B_squared = math.pow(B, 2)

C = math.sqrt(A_squared + B_squared)

print(f"C = {C}")

Answer 2

import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

Answer 3

A_squared = math.pow(A, 2)
B_squared = math.pow(B, 2)

C = math.sqrt(A_squared + B_squared)

print(f"C = {C}")

Answer 4

Must start with

import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

Answer 5

import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

A_squared = math.pow(A, 2)
B_squared = math.pow(B, 2)

C = math.sqrt(A_squared + B_squared)

print(f"C = {C}")

Answer 6

You're doing it wrong

Answer 7

My apologies for the oversight. Here is the correct code:

```python
import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

C = math.sqrt(math.pow(A, 2) + math.pow(B, 2))

print(f"C = {C}")
```

This code will correctly calculate and display the length of the hypotenuse C of a right triangle given the input lengths of sides A and B.

Answer 8

Don't include all the advanced stuff

Answer 9

I apologize for including additional information. Here is the simplified code:

```python
import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

C = math.sqrt(2 + B**2)

print(f"C = {C}")
```

This code will calculate and display the length of the hypotenuse C of a right triangle using the Pythagorean theorem when the lengths of sides A and B are provided by the user.

Answer 10

Must include math.pow

Answer 11

```python
import math

A = float(input("Enter side A: "))
B = float(input("Enter side B: "))

A_squared = math.pow(A, 2)
B_squared = math.pow(B, 2)

C = math.sqrt(A_squared + B_squared)

print(f"C = {C}")
```

This code now includes the use of `math.pow()` function to calculate squares for side A and side B as requested.