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Robotics ck

Total questions: 19

Worksheet time: 10mins

Name
Class
Date
1.

A mechanical engineer might design ……………. to help make manufacturing faster and more efficient.

a)

Painting

b)

Shoes

c)

Musical instruments

d)

Robots

2.

The controller of a robot acts as ……………..

a)

the brain, processing and sending signals.

b)

a physical structure that holds the components together.

c)

the power source that provides energy.

d)

a mechanical part that moves objects.

3.

The power supply in a robot is responsible for …………………

a)

generating movement in the manipulator.

b)

processing information.

c)

storing mechanical energy.

d)

controlling the degrees of freedom.

4.

The more degrees of freedom a robot has, the more …………….. it is.

a)

limited

b)

flexible

c)

rigid

d)

inefficient

5.

Robots are widely used in industrial applications for …………….

a)

precision and automation.

b)

entertainment and gaming.

c)

reducing energy consumption.

d)

enhancing human emotions.

6.

Stepper motors in robots are used for ……………..

a)

precise control of movement.

b)

storing mechanical energy.

c)

increasing power supply efficiency.

d)

cooling electronic components.

7.

A robot with multiple joints is highly flexible, but its control system is …………….

a)

complex

b)

simple

c)

irrelevant

d)

unnecessary

8.

In robotic vision systems, cameras are primarily used for ……………..

a)

detecting and analyzing the environment.

b)

storing energy.

c)

increasing robot speed.

d)

reducing friction in joints.

9.

In robotic control systems, sensors are primarily used for ……………..

a)

gathering data from the surroundings.

b)

providing power to the robot.

c)

painting the robot’s exterior.

d)

reducing the robot’s weight.

10.

Which field of engineering is primarily involved in designing robot control systems?

a)

Mechanical engineering

b)

Electrical engineering

c)

Computer science

d)

All are correct

11.

What is the main function of a robot manipulator?

a)

To generate electrical power.

b)

To perform mechanical tasks.

c)

To store and process data.

d)

To provide network communication.

12.

What is the purpose of sensors in a robot?

a)

To process data and make decisions.

b)

To store electrical energy.

c)

To convert electrical energy into motion.

d)

To generate heat.

13.

What type of robot manipulator is best suited for high-precision assembly tasks?

a)

Cartesian manipulator

b)

Cylindrical manipulator

c)

Spherical manipulator

d)

Jointed manipulator

14.

The kinematics of a robotic arm determine ……………..

a)

how the robot moves.

b)

the material used for the robot body.

c)

the electrical power consumption.

d)

the programming language used.

15.

Which of the following is an example of an autonomous robot?

a)

A manually controlled welding robot.

b)

A robotic vacuum cleaner.

c)

A remote-controlled drone.

d)

A robotic arm controlled by an operator.

16.

What is the primary advantage of using robotic arms in manufacturing?

a)

Reduced production time and increased precision.

b)

Increased need for human labor.

c)

Higher energy consumption.

d)

Less control over production quality.

17.

What are cameras primarily used for in robotic vision systems?

a)

detecting and analyzing the environment.

b)

storing energy.

c)

increasing robot speed.

d)

reducing friction in joints.

18.

What type of motion is controlled by an actuator in a robot?

a)

Electrical signals

b)

Mechanical movement

c)

Data processing

d)

Heat dissipation

19.

What is the function of an end effector in a robot?

a)

To interact with objects and perform tasks.

b)

To control the power supply.

c)

To transmit data between sensors.

d)

To balance the robot.