Algorithm and Game Design Quiz

What problem did the minion face while pouring oil?

• The minion poured too slowly.

• The minion poured too quickly.

• The minion's algorithm was imprecise.

• The minion forgot to pour oil.

Why is precision important in algorithms?

• To make them run faster.

• To reduce their length.

• To ensure they work effectively.

• To make them more complex.

What is the first step in the snake game algorithm?

• The snake grows longer.

• The snake appears at a random location.

• The user presses arrow keys.

• The game is over.

What happens when the snake eats the food in the game?

• The snake disappears.

• The snake shrinks.

• The game restarts.

• The food disappears.

What was missing in the initial snake game algorithm?

• The snake should move faster.

• New food should appear after the snake eats.

• The game should have more levels.

• The snake should change color.

How much should the snake grow after eating food?

• By 3 grid squares.

• By 10 grid squares.

• By 5 grid squares.

• By 1 grid square.

What was the final step to fix the minion's algorithm?

• Pour oil only when asked.

• Pour oil into multiple glasses.

• Stop pouring once the glass is full.

• Pour oil faster.

What is the outcome of creating precise algorithms?

• They can be used to develop various applications.

• They are less reliable.

• They are more difficult to understand.

• They can only be used in games.

What should you do if an algorithm is not working as expected?

• Start over from scratch.

• Identify and fix the missing or imprecise steps.

• Add more steps randomly.

• Ignore the problem.

What is a suggested activity to practice algorithm creation?

• Write an algorithm for a new game.

• Write an algorithm for a math problem.

• Write an algorithm for cooking dinner.

• Write an algorithm for getting ready in the morning.