問題一覧
1
Which of the following is NOT a part of the safety at work process
deleting elements
2
What is the purpose of the safety at work circle
All of the above
3
Which of the following is the step in the safety at work process
Risk Assessment
4
What is the purpose of risk assessment
All of the above
5
Which of the following is an example of a hazard control
All of the above
6
Which of the following is the highest level in the hierarchy of controls
Elimination
7
Which of the following is an example of an engineering control
Installing a guard on a machine to prevent workers from getting injured
8
Which of the following is an example of an administrative control
Training workers on safe work procedures
9
Which of the following is the least effective level in the hierarchy of controls
Personal protective equipment (PPE)
10
What is the main purpose of a work permit system
All of the above.
11
When is a work permit required
All of the above.
12
Who is typically responsible for issuing and approving work permits
The permit issuer.
13
What are the essential steps in a work permit system
All of the above.
14
What is the purpose of a work permit checklist
All of the above.
15
A work permit is required for work in which of the following conditions
All of the above
16
A work permit is also required for which of the following activities
All of the above
17
A work permit is required for the introduction of ignited sources where not permanently allowed. This includes which of the following activities
All of the above
18
A work permit is required when performing manual or powered excavations, regardless of the depth.
False
19
A work permit is required for the use of mobile cranes, regardless of the lifting capacity and the specific location of the operation
False
20
A work permit is required for handling insulation or catalysts, regardless of the amount or the potential hazard posed by these materials
False
21
A work permit is required for the use of adapters in situations where they are used to connect incompatible equipment or piping systems
True
22
A work permit is required for product conversions of stationary or mobile or portable vessels and containers, regardless of the type of product involved and the potential hazards associated with the conversion
False
23
A work permit is required for temporary or permanent changes, alterations, or modifications to equipment or processes, even if the changes are considered minor or do not introduce new hazards
True
24
A work permit is required for work activities where there is exposure to traffic, regardless of the proximity to traffic lanes or the potential for accidents
False
25
A work permit is required for activities where there is exposure to moving/rotating machinery, regardless of the type of machinery, its size, or the potential for injury
True
26
A work permit is required for work activities conducted in proximity of vents, liquids, or gases, regardless of the nature of the substances involved and the potential for explosions or leaks
True
27
A work permit is required for work activities performed on process lines where there is a risk of gas release, regardless of the type of gas, its quantity, or the potential for explosions or fires
True
28
The Work Permit System is implemented to ensure that work is conducted safely
True
29
The Work Permit System ensures that all work activities are authorized and properly planned before execution
True
30
The Work Permit System helps to identify, assess, and mitigate potential hazards associated with specific work activities
True
31
The Work Permit System requires that all work activities are coordinated with relevant stakeholders, such as production personnel, customers, and suppliers
True
32
The Work Permit System ensures that the work area is properly secured and isolated before work commences
True
33
The Work Permit System facilitates the handover of the work area back to production once the work is completed and safety checks are conducted
True
34
The Work Permit System is crucial for minimizing the risk of occupational accidents and ensuring a safe working environment
True
35
Who is responsible for collecting and organizing information to uncover the true causes of an accident
The investigator
36
What is the main objective of an accident investigation
To prevent a recurrence of the accident
37
What are the three main steps in an accident investigation
Instant response, securing the site, and conducting an investigation
38
What are some of the things that an investigator should do immediately upon making a decision to open an investigation
Activate the emergency and contact group, notify all departments to secure the site, and inform the site to maintain the site as it is
39
What is the purpose of the Work Permit System
To ensure that all work activities are authorized and properly planned before execution
40
Why is it important to review flowsheets, drawings, and specifications before work begins
To ensure that all key personnel involved in the job have a thorough understanding of the work
41
What specific information should be reviewed from the flowsheets, drawings, and specifications
Pressure, temperature, valve identification, equipment specification, operating and maintenance instructions, materials of construction and compatibilities
42
How does reviewing flowsheets, drawings, and specifications help ensure safety during work activities
By providing a clear understanding of the work to be done, it can help to identify potential hazards and risks
43
What are some of the consequences of failing to review flowsheets, drawings, and specifications before work begins
Accidents can occur due to the misidentification of hazards or the failure to take appropriate safety precautions
44
Why is it important for personnel involved in the Work Permit System to visit the worksite prior to work commencement
To familiarize themselves with the work area and identify potential hazards
45
What specific aspects of the worksite should be inspected during a pre-worksite visit
Neighbouring activities, site rules, ove
46
What types of potential hazards should be identified during a worksite inspection
Flammable, oxygen-deficient, toxic substances, confined spaces, electrical hazards, pressure, temperature, moving objects, traffic hazards, falls, trips, and slips
47
What are the consequences of failing to conduct a thorough worksite inspection before work commences
Potential accidents caused by unidentified hazards and inadequate safety precautions
48
What type of energy source is shown in the image
Electrical
49
What is the purpose of the lock-out/tag-out device shown in the image
All of the above
50
Who is responsible for locking out and tagging out an electrical panel
Both of the above
51
What are the consequences of failing to lock out and tag out an electrical panel before performing work
All of the above
52
The image shows an electrical panel with a single circuit breaker. How many lockout/tag-out devices are required to lock out and tag out this electrical panel
One
53
What type of energy source is shown in the image
Electrical
54
Is the electrical panel shown in the image locked out and tagged out
Yes
55
What is the purpose of the lock-out/tag-out device shown in the image
All of the above
56
Who is responsible for ensuring that the lock-out/tag-out device remains in place until all work on the electrical panel is complete
Both of the above
57
What are the consequences of removing a lock-out/tag-out device while work is still in progress
All of the above
58
Based on the image, what type of lock-out/tag-out device is being used
Circuit breaker lock
59
What type of energy source is shown in the image
Electrical
60
Is the electrical panel shown in the image locked out and tagged out
Yes