DIY retro pong game that fits in your pocket

The video tutorial covers building a retro Pong game using a microcontroller development board. It explains the components needed, such as an Arduino, OLED display, piezo buzzer, and Rotary encoder. The tutorial provides a step-by-step guide to assembling the game and adjusting its settings. It also includes a sponsor message about PCB design software. The video emphasizes the simplicity and fun of creating a classic game with basic components and programming.

What is the main purpose of the microcontroller development board in the retro pong game?

• To display the game graphics

• To control the game components

• To produce sound effects

• To provide power to the game

Which component is used to display the graphics in the pong game?

• LCD screen

• LED matrix

• CRT monitor

• OLED module

What is the function of the piezo buzzer in the pong game setup?

• To adjust game settings

• To control the paddle movement

• To display the score

• To produce sound effects

How does the rotary encoder enhance the gameplay experience?

• By allowing paddle movement and settings adjustment

• By providing sound effects

• By displaying the game score

• By increasing the game speed

What happens when you press the rotary encoder during the game?

• The paddle size changes

• The game pauses

• The settings menu opens

• The game resets

What aspect of classic games like Pong is highlighted as appealing?

• Multiplayer options

• Simple play mechanics

• Complex graphics

• High difficulty levels

Approximately how many lines of code were used to program the pong game?

• 400 lines

• 300 lines

• 200 lines

• 100 lines