question 36\nwhich of the following equations is correct?\nforce = mass acceleration\nforce = mass x…

question 36\nwhich of the following equations is correct?\nforce = mass acceleration\nforce = mass x acceleration\nacceleration = mass force\nacceleration = force x mass\n\nquestion 37\nfor most sophisticated three - dimensional (3 - d) analyses, biomechanists employ a model.\n\nquestion 38\nthe study of __________ describes spatial and timing characteristics of motion.\nkinematics

question 36\nwhich of the following equations is correct?\nforce = mass acceleration\nforce = mass x acceleration\nacceleration = mass force\nacceleration = force x mass\n\nquestion 37\nfor most sophisticated three - dimensional (3 - d) analyses, biomechanists employ a model.\n\nquestion 38\nthe study of __________ describes spatial and timing characteristics of motion.\nkinematics

Answer

Explanation:

Step1: Recall Newton's second - law

Newton's second - law states that force ($F$) is equal to mass ($m$) times acceleration ($a$), i.e., $F = ma$.

Step2: Analyze each option for Question 36

The correct equation among the options for Question 36 is force = mass x acceleration.

For Question 37, biomechanists use a multi - segment model for sophisticated 3 - D analyses.

For Question 38, kinematics is the study that describes spatial and timing characteristics of motion.

Answer:

Question 36: force = mass x acceleration Question 37: multi - segment Question 38: kinematics