Human Kinetics: Laws of Kinetics and Linear Motion Quiz

What branch of mechanics is concerned with studying the causes of linear motion?

Which biomechanical principle focuses on the distance covered in movement?

When studying movements over intervals of time, which relationship is usually used?

What provides precise ways to document the causes of the linear motion of all objects?

What is the key property of matter related to motion according to Newton's first law?

In which book did Newton publish his laws of motion in 1686?

What is the SI unit for the linear measure of inertia?

Why is understanding kinetics and Newton's first law considered difficult?

What did Newton's first law refute that was dominated for thousands of years?

What is the term used to describe the 'cognitive inertia' associated with incorrect notions about inertia?

Newton's first law is also called the Law of ______

The linear measure of inertia has units of kg in the SI system and ______ in the English system

Understanding kinetics, like Newton's first law, is both simple and ______

Newton stated that all objects have the inherent property to resist a change in their state of ______

Newton's first law outlines a key property of matter related to ______

The biomechanical principles of Force–Motion, Force–Time, and Coordination Continuum Principles are applied to human ______

Linear kinetics provides precise ways to document the causes of the ______ motion of all objects.

When instantaneous effects are of interest, Newton's Laws of Motion are most relevant. When studying movements over intervals of time is of interest, the Impulse–Momentum Relationship is usually used. The third approach to studying the causes of motion focuses on the distance covered in the movement and uses the ______ Relationship.

The biomechanical principles that will be discussed in this chapter are Inertia, Force–Time, and ______ Interaction.

Studying the causes of linear motion is the branch of mechanics known as ______ kinetics.