Biomechanical Risk Assessment (e.g., Lifting Techniques) – MCQs

50
Score: 0
Attempted: 0/50
Subscribe
1. Biomechanical risk assessment in lifting tasks primarily evaluates:



2. The NIOSH lifting equation is used to:



3. A common biomechanical risk factor in lifting is:



4. The recommended maximum compressive force on the L5/S1 disc is:



5. Lifting a load far away from the body increases:



6. Which lifting technique is safest?



7. The risk of musculoskeletal injury increases with:



8. The NIOSH equation considers:



9. The “horizontal multiplier” in the NIOSH equation decreases with:



10. Twisting during lifting increases:



11. The vertical multiplier in lifting safety is affected by:



12. Frequent lifting tasks increase the risk of:



13. Asymmetry multiplier accounts for:



14. The load constant in the NIOSH lifting equation is:



15. The frequency multiplier reduces the weight limit when:



16. Carrying loads asymmetrically leads to:



17. Which factor reduces biomechanical risk?



18. Lifting in a seated position increases:



19. The recommended safe lifting zone is between:



20. A biomechanical risk assessment often uses:



21. The recommended weight limit decreases when:



22. Lifting speed affects:



23. The safest handle design for lifting loads is:



24. Which is NOT a biomechanical risk factor?



25. The load weight limit should be reduced if:



26. The coupling multiplier in the NIOSH model is based on:



27. An effective strategy to reduce risk in lifting tasks is:



28. The “moment” in biomechanics is defined as:



29. When lifting, keeping the load close to the body reduces:



30. Biomechanical overload occurs when:



31. Which muscle group is most stressed during poor lifting posture?



32. A high frequency of lifting increases risk due to:



33. The vertical height at which lifting is safest is:



34. Repeated twisting with a load leads to:



35. Which assessment tool is commonly used in workplace lifting tasks?



36. The “lifting index” is calculated by:



37. A lifting index greater than 1 indicates:



38. The main spinal level analyzed in lifting biomechanics is:



39. The recommended action when a load is too heavy is:



40. Prolonged static holding of a load can cause:



41. A biomechanical assessment includes:



42. Carrying loads on one shoulder causes:



43. Which of the following reduces risk in lifting?



44. A poor coupling condition in lifting occurs with:



45. The asymmetry angle in lifting should be kept:



46. The recommended rest break strategy for repetitive lifting is:



47. The revised NIOSH equation was introduced in:



48. Which is considered a high-risk lifting condition?



49. The frequency multiplier decreases most when:



50. The ultimate aim of biomechanical risk assessment is:



Related Posts:

Contents Copyrights Reserved By T4Tutorials