Mechanics of Moving Parts in Robots Sh

What is the purpose of a robot's actuator?

• To make the robot look more attractive

• To provide energy to the robot

• To communicate with other robots

• To control the movement of the robot's mechanical parts.

Explain the difference between rotational and linear motion in robots.

• Rotational motion involves movement up and down, while linear motion involves movement side to side.

• Rotational motion involves movement in a straight line, while linear motion involves movement around an axis.

• Rotational motion and linear motion are the same thing.

• Rotational motion involves movement around an axis, while linear motion involves movement in a straight line.

What is the role of gears in the mechanics of robot movement?

• Gears are used for making music in the robot

• Gears only control the color of the robot

• Gears have no role in robot movement

• Gears control the speed, direction, and torque of movement.

Describe the function of a robot's joint in its movement.

• To communicate with other robots

• To control the robot's temperature

• To allow movement and flexibility in its arms or body.

• To provide energy to the robot

How does the design of a robot's wheel affect its movement?

• It has no effect on the robot's movement

• It makes the robot move faster

• The design of the wheel only affects the robot's color

• It affects the robot's traction, speed, stability, and ability to navigate different terrains.

What are the challenges in maintaining the precision of robot movement?

• Lack of maintenance, excessive speed, and improper programming

• Material defects, excessive weight, and lack of lubrication

• Mechanical wear and tear, environmental conditions, sensor accuracy, and control system limitations

• Software updates, power supply issues, and communication interference

Discuss the impact of lubrication on the efficiency of robot parts.

• Lubrication causes wear and tear on moving parts, reducing efficiency.

• Lubrication increases friction between moving parts, leading to smoother operation and increased efficiency.

• Lubrication has no impact on the efficiency of robot parts.

• Lubrication reduces friction between moving parts, leading to smoother operation and increased efficiency.