What is the primary function of the Power USB on an Arduino board?

• To program the Arduino

• To power the Arduino and provide data communication

• To control external devices

• To output 5V for other components

What is the recommended input voltage range for powering the Arduino through the Barrel Jack?

• 3V – 5V

• 5V – 7V

• 7V – 12V

• 12V – 20V

What does the Voltage Regulator (5V) on an Arduino do?

• Converts the Arduino’s input power to 3.3V

• Regulates the input voltage to a stable 5V

• Increases the input voltage

• Converts power from the USB to the barrel jack

The Crystal Oscillator on the Arduino board is responsible for:

• providing a stable clock signal for timing and synchronization
• generating random numbers for calculations
• storing data in memory
• controlling the power supply to the board

What is the function of the Reset button on an Arduino board?

• The Reset button turns off the power to the Arduino board.
• The Reset button increases the board's processing speed.
• The Reset button restarts the microcontroller on the Arduino board.
• The Reset button changes the board's programming language.

The 3.3V output pin on an Arduino provides:

• 5V output for high-voltage devices.
• Unregulated output for any device.
• 3.3V regulated output for low-voltage devices.
• 1.5V output for battery charging.

What does the 5V output pin on an Arduino provide?

• Analog signal output for sensors.
• 5V regulated output voltage for powering components.
• Ground connection for circuit completion.
• 5 V input for low-power devices.

The GND pin on an Arduino board is used to:

• Connect to the USB port for programming.
• Provide power to the board

• Complete the electrical circuit

• Provide power to the Arduino board.

What is the function of the Vin pin on an Arduino board?

• The Vin pin is for connecting sensors directly to the board.
• The Vin pin provides power to the Arduino board from an external source.
• The Vin pin connects to the USB port for data transfer.
• The Vin pin is used for programming the Arduino.

The analog pins on an Arduino board are used for:

• Read only analog signals.

• Power external devices directly.
• Store data in EEPROM memory.
• Read analog signals and convert them to digital values.