Servo motor Interfacing

What is the purpose of an Arduino in a servo motor circuit?

• A) To emit light

• B) To control the position of objects

• C) To measure distance

• D) To play music

How is the position of a servo motor controlled in an Arduino circuit?

• A) By changing its color

• B) By adjusting its speed

• C) By sending signals to its control wire

• D) By turning it on and off

What is the primary function of a servo motor in an Arduino circuit?

• A) To generate electricity

• B) To control temperature

• C) To control the position of objects

• D) To measure light intensity

Which pin of the Arduino is commonly used to connect the control wire of a servo motor?

• A) Analog pin

• B) Digital pin

• C) PWM pin

• D) power pin

What happens when the servo.write() function is called with a parameter value of 90 in an Arduino circuit?

• A) The servo motor moves to its maximum position

• B) The servo motor moves to its minimum position

• C) The servo motor stops moving

• D) The servo motor moves to the middle position (90 degrees)

Which Arduino function is commonly used to control the movement of a servo motor?

• A) digitalWrite()

• B) analogWrite()

• C) servo.write()

• D) pinMode()

In a servo motor circuit, which pin of the Arduino is typically connected to the power (VCC) of the servo motor?

• A) 3

• B) 5v

• C) 9

• D) GND

What range of motion does a typical servo motor have?

• A) 0 to 180 degrees

• B) 0 to 360 degrees

• C) 0 to 90 degrees

• D) 0 to 270 degrees

Which component is used to control the movement of a servo motor in an Arduino circuit?

• A) Servo

• B) Arduino

• C) LED

• D) Potentiometer

Hey there! How does the servo motor circuit showcase the magic of precise control over mechanical movement?

• A) By conjuring up electricity

• B) By transforming the LED into a disco ball

• C) By orchestrating the movement of objects with pinpoint accuracy

• D) By fine-tuning the brightness of the LED