Positional Servo Motor

What is the primary difference in how an Arduino controls a positional servo motor versus a continuous rotation servo motor?

• Positional servos control speed, continuous rotation servos control angle.

• Positional servos control angle, continuous rotation servos control speed.

• Both types control speed, but only positional servos can be stopped.

• Both types control angle, but continuous rotation servos have a wider range.

What should you be aware of regarding the color coding of servo motor wires?

• Orange is always signal, red is power, and brown is ground.

• The color coding is standardized across all manufacturers.

• The color coding can vary between manufacturers, so you should look up the convention for your specific servo.

• The color coding only matters for continuous rotation servos.

How does increasing the delay in the servo control code affect the servo's movement speed?

• It makes the servo move faster.

• It makes the servo move slower.

• It has no effect on the servo's speed.

• It makes the servo move erratically.

What is the primary purpose of using the map function when controlling a servo with a range different from 180 degrees?

• To increase the servo's maximum rotation angle.

• To convert the actual servo's angle range to the 0-180 degree range expected by the Arduino Servo library.

• To decrease the servo's minimum rotation angle.

• To calibrate the servo's physical starting position.