Question 1

Which of the following recommendations are recommended for robot safety?

Accepted Answer

A)  Use minimum lighting to avoid glare (since robot does not need light). 
B)  Store tools and maintenance items on or as close to the floor as possible, in the work envelope, to avoid interference with the robot's motion. 
C)  Remove and account for all tools and equipment used to maintain the robot after starting it. 
D)  Equip electrical and pneumatic components of the robot with fixed covers and guards. 
E)  Apply lockout after entering the work envelope. 
A)  Use minimum lighting to avoid glare (since robot does not need light). 
B)  Store tools and maintenance items on or as close to the floor as possible, in the work envelope, to avoid interference with the robot's motion. 
C)  Remove and account for all tools and equipment used to maintain the robot after starting it. 
D)  Equip electrical and pneumatic components of the robot with fixed covers and guards. 
E)  Apply lockout after entering the work envelope.

Question 2

Automation and integration have reduced the amount of mental work required in the workplace.

Accepted Answer

A) True 
 B)False

Question 3

The beginnings of broad-based efforts at automating mechanical processes and systems began during the high-tech boom of the late 1990s.

Accepted Answer

A) True 
 B)False

Question 4

The feeling workers have when they are not able to control the work environment is:

Accepted Answer

A)  Meaninglessness 
B)  Normlessness 
C)  Mindlessness 
D)  Powerlessness 
E)  Alienation 
A)  Meaninglessness 
B)  Normlessness 
C)  Mindlessness 
D)  Powerlessness 
E)  Alienation

Question 5

Among the features of robots that makes them potentially dangerous to humans are their flexibility and range of motion.

Accepted Answer

A) True 
 B)False

Which of the following recommendations are recommended for robot safety?

Automation and integration have reduced the amount of mental work required in the workplace.

The beginnings of broad-based efforts at automating mechanical processes and systems began during the high-tech boom of the late 1990s.

The feeling workers have when they are not able to control the work environment is:

Among the features of robots that makes them potentially dangerous to humans are their flexibility and range of motion.

Health and Safety Movement, Then and Now

Motivation and a Safety-First Culture

Ohs Promotion, Training and Certification

Occupational Health and Safety Legislation in Canada

Workers Compensation, Disability Management and Return to Work

Accidents and Their Effects

Safety Analysis, Prevention

Theories of Accident Causation

Accident Investigation and Reporting

Safety Management in a Global Marketplace

Industrial Hygiene and Chemical Agents

Workplace Hazardous Materials Information System Whmis, Globally Harmonized System of Classification and Labelling for Chemicals Ghs, and Transportation of Dangerous Goods TDG

Biological Hazards

Ergonomic Hazards: Work-Related Musculoskeletal Disorders WMSDS

Mechanical Hazards and Machine

Falling, Impact, Acceleration, Lifting, and Standing Hazards With Appropriate Personal Protective Equipment PPE

Hazards of Temperature Extremes and Chemical Burns

Pressure and Confined Space Hazards

Electrical Hazards

Fire Hazards and Life Safety

Radiation Hazards

Noise and Vibration Hazards

Psychological Health and Safety

Preparing for Emergencies and Terrorism

Ethics and Safety

Violence, Harassment, and Bullying in the Workplace

Health, Wellness, and Lifestyle

Filters

Exam 26: Computers, Automation, and Robots

Which of the following recommendations are recommended for robot safety?

Automation and integration have reduced the amount of mental work required in the workplace.

The beginnings of broad-based efforts at automating mechanical processes and systems began during the high-tech boom of the late 1990s.

The feeling workers have when they are not able to control the work environment is:

Among the features of robots that makes them potentially dangerous to humans are their flexibility and range of motion.

Health and Safety Movement, Then and Now

Motivation and a Safety-First Culture

Ohs Promotion, Training and Certification

Occupational Health and Safety Legislation in Canada

Workers Compensation, Disability Management and Return to Work

Accidents and Their Effects

Safety Analysis, Prevention

Theories of Accident Causation

Accident Investigation and Reporting

Safety Management in a Global Marketplace

Industrial Hygiene and Chemical Agents

Workplace Hazardous Materials Information System Whmis, Globally Harmonized System of Classification and Labelling for Chemicals Ghs, and Transportation of Dangerous Goods TDG

Biological Hazards

Ergonomic Hazards: Work-Related Musculoskeletal Disorders WMSDS

Mechanical Hazards and Machine

Falling, Impact, Acceleration, Lifting, and Standing Hazards With Appropriate Personal Protective Equipment PPE

Hazards of Temperature Extremes and Chemical Burns

Pressure and Confined Space Hazards

Electrical Hazards

Fire Hazards and Life Safety

Radiation Hazards

Noise and Vibration Hazards

Psychological Health and Safety

Preparing for Emergencies and Terrorism

Ethics and Safety

Violence, Harassment, and Bullying in the Workplace

Health, Wellness, and Lifestyle

Filters