Machine Learning Random Forest with Python from Scratch - Better Coding Practice, Completing the Game

The video tutorial covers the development of a simple number guessing game. It begins by explaining the basic logic of comparing a hidden number with user input and providing feedback. The instructor emphasizes the importance of avoiding nested if statements for better code readability. The code is then refactored to improve its structure and efficiency. The lesson concludes with a brief introduction to loops, which will be covered in the next lecture, promising to enhance the game further.

What should the program do if the user's guess matches the hidden number?

• Print 'Try again'

• Print 'Invalid input'

• Print 'You won'

• Print 'You lost'

How should the program respond if the user's guess is higher than the hidden number?

• Say the number is invalid

• Say the number is equal

• Say the number is smaller

• Say the number is greater

Why is it advised to avoid nested if statements?

• They make the code run faster

• They make the code harder to read

• They are not supported in all programming languages

• They increase the number of lines in the code

What is the benefit of using elif in the code?

• It increases the execution time

• It makes the code more complex

• It reduces the number of conditions

• It improves code readability

What does the program output if the user's guess is lower than the hidden number?

• Your entered number is smaller

• Your entered number is invalid

• Your entered number is greater

• Your entered number is equal

What is the next topic to be covered after decision-making?

• Functions

• Loops

• Data Structures

• Variables

How will the game be improved in future lectures?

• By simplifying the game logic

• By using more nested if statements

• By introducing loops

• By adding more complex conditions