Center of Mass and Force Distribution – MCQs

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1. The center of mass of the human body in anatomical position is located near:



2. The center of mass is defined as the point where:



3. When standing upright, the line of gravity passes through the:



4. Lowering the center of mass generally:



5. A wider base of support with the center of mass inside it leads to:



6. In standing, if the center of mass moves outside the base of support, the body will:



7. Distribution of forces in the body mainly occurs through:



8. During walking, the center of mass moves in a:



9. Carrying weight overhead shifts the center of mass:



10. Carrying a heavy backpack shifts the center of mass:



11. In pregnant women, the center of mass shifts:



12. In a squat position, the center of mass is:



13. The center of mass is easier to control when it is:



14. A gymnast extends arms sideways on a beam to:



15. A wheelchair athlete’s center of mass is located:



16. In children, the center of mass is relatively:



17. The distribution of forces in standing posture is primarily through:



18. During running, ground reaction forces are distributed via:



19. In lying supine, the center of mass is:



20. In high jump, athletes arch the body to:



21. In sprinting, the center of mass leans forward to:



22. Shifting weight to one leg moves the center of mass:



23. Force distribution in the spine is shared between:



24. Carrying a child on one hip shifts the center of mass:



25. Standing on tiptoes shifts the center of mass:



26. Force distribution during walking is highest at the:



27. The effective center of mass in pole vault is lowered by:



28. In standing, equal weight distribution means each foot bears about:



29. A narrow base of support increases the likelihood of:



30. Jumping and landing forces are distributed mainly through:



31. In squatting with weight, center of mass moves:



32. Carrying loads on the head shifts the center of mass:



33. The center of mass changes with:



34. Force distribution is less efficient when posture is:



35. In a cartwheel, the center of mass moves:



36. Standing with feet apart improves stability by:



37. During gait, the center of mass is highest in:



38. In seated posture, the center of mass is located near:



39. In throwing, the center of mass shifts:



40. Proper weightlifting technique keeps the center of mass:



41. In side-lying position, the center of mass shifts:



42. In a sprinter’s start position, the center of mass is:



43. Force distribution in standing passes from the spine to:



44. The effective center of mass in a Fosbury flop (high jump) may:



45. The center of mass is a crucial factor in determining:



46. In walking upstairs, the center of mass moves:



47. Standing on an incline shifts the center of mass:



48. The center of mass in males is generally located:



49. Unequal weight distribution during standing may lead to:



50. Maintaining the center of mass over the base of support ensures:



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