Hi there!

In Python, comments are notes in your code that the interpreter ignores, used to explain what your code does for yourself or others.

For example:

# This is a comment and won't affect the code
print(34.0)  # This prints the temperature

In this case, Python will just run the `print(34.0)` line and ignore the comment that explains it.

Hope this helps!

Hi there!

Time complexity is a way to understand how an algorithm's runtime increases as the input size grows. It helps us compare the efficiency of different algorithms, especially in terms of speed.

You’ve probably seen that some methods are faster than others—time complexity lets us describe and analyze those differences using big O notation (like O(n), O(log n), etc.).

By learning time complexity, you'll be able to write more efficient code, which becomes crucial as the problems you tackle get larger. Hope that helps! Feel free to ask if you have more questions.

Hi Abhishek!

For starters, we believe that anyone can code; all you need is study and practice.

Transitioning from electrical engineering to the computer science sector can be a good move. Your electrical engineering background is actually a huge advantage; you already know how to break down complex problems.

As for whether coding is the right fit for you, consider this:

It looks like you've just started the Python Basics course. Continue through it, take the time to practice writing code, and see how you feel about it. If you enjoy solving problems and building projects, that's a good sign that coding could be a fulfilling path for you.

Let me know if you have any more questions or need guidance along the way. I'm here to help!

Oh, and one last thing - if you're willing to put in the time, if you're willing to study and practice, there's absolutely no reason why someone from your background can't excel in coding.

Hi there! Multiplying numbers in Python is quite straightforward, and it's great that you're diving into this lesson on data types.

To perform multiplication, you'll use the asterisk symbol (*), which serves as the multiplication operator in most programming languages, including Python.

Let's update the code you're working with to perform an actual multiplication:

result = 2 * 2
print("2 * 2 =", result)

This code assigns the result of 2 * 2 to the variable result and then prints it out, showing the numerical answer to the calculation.

Output

2 * 2 = 4

You can multiply any numbers using the same approach by replacing 2 with any other numbers you want to multiply.

You'll learn more about this as you follow the course, so for now, just click the Next Lesson button and continue your journey.

Hope this helps! Let me know if you have more questions about numbers or anything else you're curious about.