Write a program that displays the following table

(Conversion from miles to kilometers) Write a program that displays the following table (note that 1 mile is 1.609 kilometers):

Miles

Kilometers

1

1.609

2

3.218

…

9

14.481

10

16.090

The Correct Answer and Explanation is :

Here’s the Python program to display the table:

# Conversion factor from miles to kilometers
conversion_factor = 1.609

# Print the header of the table
print(f"{'Miles':<10}{'Kilometers':<10}")
print("-" * 20)

# Generate the table for miles 1 to 10
for miles in range(1, 11):
    kilometers = miles * conversion_factor
    print(f"{miles:<10}{kilometers:<10.3f}")

Output:

Miles     Kilometers
--------------------
1         1.609     
2         3.218     
3         4.827     
4         6.436     
5         8.045     
6         9.654     
7         11.263    
8         12.872    
9         14.481    
10        16.090    

---

Explanation:

1. Conversion Factor:

• One mile is equal to 1.609 kilometers. This constant is stored in the variable conversion_factor.

1. Table Header:

• The header row displays “Miles” and “Kilometers” for clarity. The formatting ensures proper alignment using f-strings with <10, which reserves 10 spaces for alignment.

1. Range of Miles:

• A for loop iterates over the numbers 1 to 10 (inclusive). The range(1, 11) function generates these numbers.

1. Conversion:

• For each mile in the loop, the equivalent distance in kilometers is calculated by multiplying the miles value by the conversion_factor.

1. Formatting:

• The results are printed with proper alignment. The kilometers are formatted to three decimal places using .3f in the f-string. This ensures the table looks neat and precise.

1. Output:

• The program prints the table directly to the console, starting from 1 mile (1.609 kilometers) to 10 miles (16.090 kilometers).

Why It Works:

• The code is structured to handle the conversion dynamically.
• It uses simple and effective techniques, like a for loop and formatted strings, making it clear and easy to read.
• If you wanted to extend this table (e.g., up to 20 miles), you would only need to update the range() function.