Relationship with kinetics and kinematics – MCQs

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1. Kinematics in biomechanics refers to the study of:



2. Kinetics in biomechanics is defined as:



3. The relationship between kinetics and kinematics is that:



4. Analyzing the angle of a knee joint during walking is an example of:



5. Measuring the ground reaction force during a jump is an example of:



6. Which of the following is a kinematic variable?



7. Which of the following is a kinetic variable?



8. The velocity of a soccer ball after being kicked is explained by:



9. The force applied by the foot while kicking a soccer ball is explained by:



10. In biomechanics, displacement, velocity, and acceleration are part of:



11. In biomechanics, force, torque, and momentum are part of:



12. When analyzing gait, the stride length and speed are examples of:



13. When analyzing gait, the joint reaction forces are examples of:



14. Newton’s laws are more directly applied in:



15. Which field answers the question “how far, how fast, in what direction”?



16. Which field answers the question “why and how is the motion produced”?



17. Angular velocity of a limb is studied under:



18. The torque generated at the elbow during lifting weights is an example of:



19. Video motion capture mainly collects data for:



20. Force plates are instruments used for:



21. Which describes the relationship of kinematics to kinetics?



22. The acceleration of a sprinter out of the blocks is a:



23. The horizontal force applied by the sprinter on the ground is a:



24. Linear displacement belongs to:



25. Angular acceleration belongs to:



26. Joint reaction forces belong to:



27. Momentum and impulse are key concepts in:



28. Displacement and trajectory are studied in:



29. Which is an example of combining kinematics and kinetics?



30. A discus thrower’s spin speed is measured under:



31. The muscular torque used to release the discus is part of:



32. Which of the following is a direct application of kinematics in rehabilitation?



33. Which of the following is a direct application of kinetics in rehabilitation?



34. In biomechanics, the study of joint angles without considering forces is:



35. In biomechanics, the study of muscle forces that create joint motion is:



36. Linear velocity is a:



37. Joint torque is a:



38. The trajectory of a ball in air is analyzed by:



39. The air resistance acting on the ball in flight is explained by:



40. Which biomechanical subfield explains “cause” of motion?



41. Which biomechanical subfield explains “description” of motion?



42. In gait analysis, cadence belongs to:



43. In gait analysis, plantar ground reaction force belongs to:



44. Which relationship is true?



45. In running biomechanics, stride frequency is a:



46. In running biomechanics, muscle force generation is a:



47. Which study would require both kinetics and kinematics?



48. Which is NOT a kinematic variable?



49. Which is NOT a kinetic variable?



50. The integration of kinetics and kinematics in biomechanics allows:



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