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EDD Semester 1 EOC Review Game

Total questions: 31

Worksheet time: 16mins

Name
Class
Date
1.

Which of the following best describes Computer Integrated Manufacturing (CIM)?

a)

Using only CNC machines in a factory

b)

A system where computers control the entire production process.

c)

Manufacturing with only human labor and hand tools

d)

Outsourcing manufacturing to another company

2.

Which of the following is a benefit of CIM (Computer Integrated Manufacturing)?

a)

Increased labor costs

b)

Slower production rates

c)

Improved efficiency and reduced errors

d)

Decreased product quality

e)

I do not know the answer

3.

What is the primary advantage of using robots in manufacturing?

a)

Higher labor costs

b)

Consistency and repeatability

c)

Reduced automation

d)

Less safety

e)

I do not know the answer

4.

Which below describes lean manufacturing?

a)

Quality

b)

Kaizen

c)

Addition of automation

d)

Elimination of waste

5.

Eli Whitney is most famous for his invention of the cotton gin. What was his greatest contribution to manufacturing?

a)

Assembly Line

b)

Mill Machine

c)

Interchangeable Parts

d)

Lean Manufacturing

6.

What does the Japanese word Kaizen mean, contributed by Kiichiro Toyoda?

a)

Elimination of Waste

b)

Lean Manufacturing

c)

Quality

d)

Improvement

7.

In the input-process-output model, the sensor acts as:

a)

Input

b)

Process

c)

Output

d)

None

8.

A bumper switch and limit switch are described as what type of sensor?

a)

an analog sensor

b)

a digital sensor

c)

a limit sensor

d)

a multi-sensory sensor

e)

I do not know the answer.

9.

A Potentiometer sensor is described as what type of sensor?

a)

a crank sensor

b)

an analog sensor

c)

a digital sensor

d)

a pinion sensor

e)

I do not know the answer.

10.

A distance sensor is used in a robotics project to detect how far an object is from the sensor. Which statement best describes how a distance sensor works?

a)

It controls the speed of a motor directly based on user input.

b)

It stores energy and releases it when an object is detected.

c)

It measures the time it takes for a signal (like sound or light) to bounce back from an object and calculates the distance.

d)

It only detects whether an object is present or not, without measuring distance.

11.

Analyze the code above, what is it instructing the robot sensor to do?

a)

The robot does what it was doing until the potentiometer sensor reads an exact setting

b)

The robot does what it was doing until the potentiometer sensor reads a value less than a set position.

c)

The robot does what it was doing until the potentiometer sensor reads a value greater than a set position

d)

The robot does what it was doing until the potentiometer sensor reads a value.

e)

I do not know the answer.

12.

Examine the program above. What will the program cause the robot to do?

a)

The code will turn on the right motor at half speed for 2 milliseconds and then stop.

b)

The code will cause the robot to move forward 63 centimeters for 2 rotations and then stop

c)

The code will turn on the right motor at half speed for 2 seconds and then stop.

d)

The code will cause the right motor to turn 63 times in 2 seconds.

e)

I do not know the answer.

13.

Select the term that matches the definition: Automated storage and retrieval systems.

a)

ASRS

b)

Automation

c)

Robotics

d)

Lean Manufacturing

14.

Select the term that matches the definition: Completely self-contained electronic, electric, or mechanical device, to such activities as manufacturing.

a)

Automation

b)

Robotics

c)

Computer Aided Design (CAD)

d)

Lean Manufacturing

15.

Select the term that matches the definition: Employing machines to do the work of people.

a)

Robotics

b)

Automation

c)

AGV

d)

Six SIGMA

16.

Select the term that matches the definition: Initiative focused on eliminating all waste in manufacturing processes.

a)

Lean Manufacturing

b)

Just-in-Time (JIT)

c)

Six SIGMA

d)

Automation

17.

Select the term that matches the definition: Methodology used to reduce quality problems to less than 3.4 defects per million.

a)

Six SIGMA

b)

Lean Manufacturing

c)

Robotics

d)

Computer Aided Design (CAD)

18.

Select the term that matches the definition: Requires that equipment, resources, and labor are made available only in the amount required and at the time required to do the job.

a)

Just-in-Time (JIT)

b)

Lean Manufacturing

c)

Automation

d)

ASRS

19.

Select the term that matches the definition: Use of computer technology to aid in the design of a product.

a)

Computer Aided Design (CAD)

b)

Robotics

c)

Automation

d)

AGV

20.

Select the term that matches the definition: Vehicles that can be programmed to automatically drive to designated points and perform preprogrammed functions.

a)

AGV

b)

Robotics

c)

Automation

d)

ASRS

21.

The Enterprise Wheel shows different perspectives that work together to deliver value to the customer. Which of the following correctly lists these perspectives?

a)

Engineering, Science, and Math

b)

Business, Technology, and Customer

c)

Design, Production, and Distribution

d)

Marketing, Finance, and Sales

22.

In the Enterprise Wheel, why is the customer positioned at the center?

a)

Customers are responsible for product design

b)

The customer manages production and distribution

c)

All business decisions are driven by customer needs and value

d)

Customers control how products are manufactured

23.

According to the Enterprise Wheel, which three factors directly provide value to the customer?

a)

Marketing, Sales, and Advertising

b)

Research, Development, and Testing

c)

Profit, Labor, and Materials

d)

Quality, Cost, and Time

24.

What is the primary difference between an open-loop control system and a closed-loop control system?

a)

Open-loop systems are controlled by computers, while closed-loop systems are controlled by humans

b)

Open-loop systems use feedback to adjust performance, while closed-loop systems do not

c)

Open-loop systems operate without feedback, while closed-loop systems use feedback to adjust output

d)

Open-loop systems are more accurate than closed-loop systems in all applications

25.

Which control system is most accurately described as a closed-loop system?

a)

A microwave that runs for a set time selected by the user

b)

A traffic light operating on a fixed timer

c)

A washing machine that always runs the same cycle

d)

A thermostat-controlled home heating system

26.

An optical sensor is connected to a controller and produces output values that range continuously from 0 to 1023 as light intensity changes. What does this information indicate about the sensor?

a)

The sensor is digital because it only detects ON or OFF states

b)

The sensor is analog because it provides a range of continuous values

c)

The sensor is both analog and digital because it connects to a controller

d)

The sensor is digital because it requires a programmed threshold

27.

Which statement best describes the Technology Student Association (TSA)?

a)

A club focused primarily on social activities and recreational competitions

b)

A national organization that promotes leadership, problem solving, and STEM skills through competitive events and career development

c)

A program designed only for students pursuing careers in computer science

d)

An organization that replaces classroom engineering instruction

28.

Why would a student benefit from joining TSA?

a)

It provides opportunities to develop leadership, teamwork, and STEM skills through competitions and projects

b)

It allows students to avoid engineering coursework

c)

It focuses only on social events with little connection to STEM

d)

It guarantees a career in engineering after high school

29.

If the robot receives a reading that indicates an object is 5 cm away, what should the robot do to avoid a collision?

a)

Continue moving forward at the same speed

b)

Stop or change direction based on the sensor reading

c)

Ignore the sensor reading because distance sensors are not reliable

d)

Increase speed to pass the object quickly

30.

A factory installs robots to assemble products, while a movie studio uses computer-controlled cameras and animatronics for filming. What does this example show about automation?

a)

Automation is only used in manufacturing, not entertainment

b)

Automation can be applied in multiple industries to improve efficiency, precision, and creativity

c)

Automation only replaces human workers without adding value

d)

Automation has no impact on safety or productivity

31.

What is one positive and one negative impact of using automation in these industries?

a)

Positive: Increased efficiency; Negative: Possible reduction in human jobs

b)

Positive: Slower production; Negative: Increased safety risks

c)

Positive: No learning opportunities; Negative: Increased human labor

d)

Positive: Reduced costs for consumers; Negative: No change to productivity