Trivia: Test On Fall Protection! Hardest Quiz

1. If there are two types of Life Lines and one is known as Horizontal, what is the other type?

The other type of life line, when one is known as horizontal, is vertical. Horizontal and vertical are two common orientations used to describe the position or direction of lines, objects, or movements. In this case, the question is asking for the other type of life line, and since one type is already identified as horizontal, the logical answer would be vertical.

Explanation

The other type of life line, when one is known as horizontal, is vertical. Horizontal and vertical are two common orientations used to describe the position or direction of lines, objects, or movements. In this case, the question is asking for the other type of life line, and since one type is already identified as horizontal, the logical answer would be vertical.

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2. When our people are using fall protection, is it a good idea to work alone?

True

False

We work with the "Buddy System".

Explanation

We work with the "Buddy System".

3. Preparing for the worst includes; Management Commitment, Frequent Meetings with the Crew, Proper Equipment Availability.

TRUE

FALSE

The statement suggests that preparing for the worst involves three key elements: management commitment, frequent meetings with the crew, and proper equipment availability. These elements are crucial in ensuring that necessary preparations are made to handle any potential worst-case scenarios. Therefore, the statement is true.

Explanation

The statement suggests that preparing for the worst involves three key elements: management commitment, frequent meetings with the crew, and proper equipment availability. These elements are crucial in ensuring that necessary preparations are made to handle any potential worst-case scenarios. Therefore, the statement is true.

4. If you have been trained and worked in the industry for years, sometimes you can work unclipped, but only if you have been certified?

TRUE

FALSE

The statement suggests that if someone has been trained and worked in the industry for years, they can work unclipped. However, the statement also states that this is only possible if they have been certified. Therefore, the correct answer is FALSE because being certified is a requirement for working unclipped, regardless of the training and experience one may have.

Explanation

The statement suggests that if someone has been trained and worked in the industry for years, they can work unclipped. However, the statement also states that this is only possible if they have been certified. Therefore, the correct answer is FALSE because being certified is a requirement for working unclipped, regardless of the training and experience one may have.

5. Which of the following describe proper fit-up of personal fall protection harness.

Back D ring is between shoulder blades

Chest strape is positioned at mid-chest

Leg straps are snug but allow four flat fingers under it.

All the above

Look at your co-workers, are they wearing the harness correctly? If not, help them correct.

Explanation

Look at your co-workers, are they wearing the harness correctly? If not, help them correct.

6. Over 70% of all falls occur at elevations below 30ft.

TRUE

FALSE

The given statement states that over 70% of all falls occur at elevations below 30ft. This means that the majority of falls happen at heights lower than 30ft. The answer "TRUE" indicates that the statement is correct and supported by data or evidence.

Explanation

The given statement states that over 70% of all falls occur at elevations below 30ft. This means that the majority of falls happen at heights lower than 30ft. The answer "TRUE" indicates that the statement is correct and supported by data or evidence.

7. A worker is 6ft tall and he is working 12ft. above the ground and is using a 4ft.lanyard with a shock absorber which has a deceleration distance of 3.5ft. If the worker were to fall will he be okay or will he hit the ground?

"Yes, he would be okay"

"No, he would hit the ground"

The worker is 6ft tall and is working 12ft above the ground. He is using a 4ft lanyard with a shock absorber that has a deceleration distance of 3.5ft. In the event of a fall, the shock absorber will only decelerate the fall by 3.5ft, which is less than the distance between the worker and the ground (12ft). Therefore, the worker will not be able to stop the fall in time and will hit the ground.

Explanation

The worker is 6ft tall and is working 12ft above the ground. He is using a 4ft lanyard with a shock absorber that has a deceleration distance of 3.5ft. In the event of a fall, the shock absorber will only decelerate the fall by 3.5ft, which is less than the distance between the worker and the ground (12ft). Therefore, the worker will not be able to stop the fall in time and will hit the ground.

8. What is the minimum breaking strength of a vertical lifeline?

"3000lb"

"4000lb"

"5000lb"

"6000lb"

The minimum breaking strength of a vertical lifeline is typically determined by industry standards and regulations. It is important for the lifeline to be strong enough to support the weight of a person in the event of a fall. The correct answer of "5000lb" suggests that this is the minimum breaking strength required for a vertical lifeline to ensure safety and prevent accidents.

Explanation

The minimum breaking strength of a vertical lifeline is typically determined by industry standards and regulations. It is important for the lifeline to be strong enough to support the weight of a person in the event of a fall. The correct answer of "5000lb" suggests that this is the minimum breaking strength required for a vertical lifeline to ensure safety and prevent accidents.

9. True or False, A horizontal lifeline allows workers to move up and down on a working surface?

True

False

A horizontal lifeline does not allow workers to move up and down on a working surface. It is a safety device that is used to protect workers from falling while they are working at heights. It consists of a cable or line that is securely attached to anchor points on either side of the working area. Workers can attach themselves to the lifeline using a harness and lanyard, which allows them to move horizontally along the line, but not vertically.

Explanation

A horizontal lifeline does not allow workers to move up and down on a working surface. It is a safety device that is used to protect workers from falling while they are working at heights. It consists of a cable or line that is securely attached to anchor points on either side of the working area. Workers can attach themselves to the lifeline using a harness and lanyard, which allows them to move horizontally along the line, but not vertically.

10. Is this definition correct? Does a restraint system prevent a worker from reaching a location where there is a risk of falling?

True

False

A fall restraint system only keeps you from hitting the ground, but does not prevent you from falling.

Explanation

A fall restraint system only keeps you from hitting the ground, but does not prevent you from falling.

11. When suspended, try not to move your legs to reduce blood pooling that can cause shock.

True

False

Try to sit back in your harness so the pressure is less on your legs. Try and pull your knees up to your chest if you can.

Explanation

Try to sit back in your harness so the pressure is less on your legs. Try and pull your knees up to your chest if you can.

12. Upon rescue, a worker should be reclined to the horizontal position so that blood can circulate to the head.

True

False

A worker should never be reclined back upon rescue because the release of pooled blood from the lower extremities could over-strain the heart and cause death.

Explanation

A worker should never be reclined back upon rescue because the release of pooled blood from the lower extremities could over-strain the heart and cause death.

13. Positioning devices are a Fall Prevention Arrest System.

True

False

Positioning devices are just that, they do not prevent you from falling.

Explanation

Positioning devices are just that, they do not prevent you from falling.

14. Falls are responsible for what percentage of construction fatalities?

10%

20%

30%

40%

Falls are responsible for 30% of construction fatalities. This means that out of all the fatalities that occur in the construction industry, 30% of them are a result of falls. Falls are a significant risk in construction due to working at heights, such as on scaffolding or ladders, and the lack of fall protection measures. This statistic highlights the importance of implementing proper safety measures and training to prevent falls and protect workers in the construction industry.

Explanation

Falls are responsible for 30% of construction fatalities. This means that out of all the fatalities that occur in the construction industry, 30% of them are a result of falls. Falls are a significant risk in construction due to working at heights, such as on scaffolding or ladders, and the lack of fall protection measures. This statistic highlights the importance of implementing proper safety measures and training to prevent falls and protect workers in the construction industry.

15. Which of these are part of the fall protection work plan? (Check all that apply)

Description of system used

Description of equipment

Identification of fall hazards

Serial number of all fall protection equipment.

The fall protection work plan should include a description of the system used, which refers to the specific fall protection measures and equipment in place. It should also include a description of the equipment, which provides details about the type and specifications of the fall protection equipment being used. Additionally, the plan should identify fall hazards, which involves identifying potential areas or situations where falls may occur. However, the serial number of all fall protection equipment is not typically included in the fall protection work plan.

Explanation

The fall protection work plan should include a description of the system used, which refers to the specific fall protection measures and equipment in place. It should also include a description of the equipment, which provides details about the type and specifications of the fall protection equipment being used. Additionally, the plan should identify fall hazards, which involves identifying potential areas or situations where falls may occur. However, the serial number of all fall protection equipment is not typically included in the fall protection work plan.

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16. About how many deaths occur annually due to Falls?

400

600

500

700

1 is too many!

Explanation

1 is too many!