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02: Introduction to Industrial Robots

Total questions: 20

Worksheet time: 20mins

Name
Class
Date
1.

Which component calculates motions and issues commands in an industrial robot system?

a)

Drive mechanism power stage

b)

Robot arm structural links

c)

Controller computing unit

d)

Sensor feedback module

2.

Which component enables closed-loop control by measuring position or force in marine mechatronics?

a)

Drive mechanism outputs

b)

Sensor transducers

c)

Robot arm castings

d)

Controller software stack

3.

Replace a gripper with a welding torch. Which component is being changed?

a)

Sensor package module

b)

End effector interface

c)

Industrial robot arm

d)

Drive train assembly

4.

Which statement best describes the controller in an industrial robotic arm?

a)

Central processor coordinating all components

b)

External sensor measuring torque in joints

c)

Mechanical end-effector gripping workpieces

d)

Standalone power unit supplying voltage

5.

What is the primary method to input a robot program on modern industrial arms?

a)

Manual switch panel

b)

Ethernet-only connection

c)

Teach pendant

d)

Wireless foot pedals

6.

A robot program is best defined as:

a)

Mechanical adjustments to servo motors

b)

CAD drawings for workcell layout

c)

Feedback loop from joint encoders

d)

Coded instructions executed by controller

7.

What is the main function of the robot arm related to the end effector?

a)

Supply power to tools

b)

Position the end effector precisely

c)

Provide vision feedback

d)

Store motion control programs

8.

What is the main interaction of an end effector during operation?

a)

Communication with warehouse servers

b)

Contact with material being manipulated

c)

Monitoring conveyor belt speed

d)

Calibration of internal gyroscopes

9.

Which option lists common end effector variations?

a)

Camera, lidar, ultrasonic sensor, infrared array

b)

Servo motor, gearbox, encoder, microcontroller

c)

Gripper, vacuum pump, magnets, welding torch

d)

Hydraulic pump, radiator, throttle, exhaust manifold

10.

A factory needs to pick and place identical boxes in rows. Which end effector is suitable?

a)

High-resolution vision camera for barcode scanning

b)

Precision milling spindle for surface finishing

c)

Mechanical clamp-style tool for palletizing

d)

Articulated elbow joint for extended reach

11.

Which end-effector style supports products from beneath?

a)

Magnetic style lifting from the top

b)

Fork style beneath support for loads

c)

Vacuum style top picking with pads

d)

Finger style parallel grasping on sides

12.

Which statement best describes vacuum-style end effectors?

a)

Require identical product orientation

b)

Use mechanical tines to slide under loads

c)

Rely on jaws that open or close on sides

d)

Employ suction to pick products from the top

13.

In industrial robots, what is the role of the drive mechanism?

a)

It senses object shapes for gripping

b)

It moves links into positions

c)

It lubricates joints during operation

d)

It programs motion paths and safety

14.

Which drive type is best for high speed and strength?

a)

Manual geared systems

b)

Pneumatic drive systems

c)

Electric drive systems

d)

Hydraulic drive systems

15.

Which statement best describes the primary function of a sensor on an industrial robotic arm?

a)

Stores task programs

b)

Generates power for the actuators

c)

Provides feedback to the controller

d)

Calibrates end effectors

16.

What do vision sensors enable robots to do in pick-and-place applications?

a)

Differentiate target items from non-target items

b)

Increase torque output of robot joints

c)

Provide redundant wireless communication

d)

Replace all proximity sensors in the cell

17.

Degrees of Freedom (6DOF) for a rigid body refers to the number of:

a)

Independent axes for movement

b)

Sensors to track orientation

c)

Motor phases for actuators

d)

Control states in a program

18.

Which locomotion type uses two legs for movement?

a)

Slithering with body undulation

b)

Metachronal motion with limb waves

c)

Bipedal walking with alternating legs

d)

Brachiating with arm swings

19.

A robot that alternates between swimming and slithering best fits which category?

a)

Hybrid integrating different modes

b)

Running with spring-mass dynamics

c)

Rolling with compliant wheels

d)

Brachiating with overhead support

20.

Which locomotion type uses energy storage and release during leaps?

a)

Walking with static stability margins

b)

Hopping with elastic rebound cycles

c)

Swimming with vortex shedding control

d)

Metachronal motion in phased gaits