1) What is Motion? a) The change in position of an object over time. b) The force applied to an object. c) The resistance of an object to change its state. d) The speed at which an object moves. 2) Describe linear motion and provide an example of an activity that involves linear motion. a) Running in a straight line. b) Spinning a wheel. c) Swinging a bat. d) Jumping in place. 3) What are the key characteristics of linear motion? a) Movement along a curved path. b) Movement along a straight path. c) Rotation around an axis. d) Oscillatory motion. 4) Explain angular motion and how it differs from linear motion a) Angular motion involves rotation around an axis, while linear motion involves movement along a straight path. b) Angular motion involves movement along a straight path, while linear motion involves rotation around an axis. c) Both involve movement along a straight path. d) Both involve rotation around an axis. 5) Identify an example of a sport or activity that primarily involves angular motion. a) Running. b) Cycling. c) Gymnastics. d) Swimming. 6) Define general motion and explain how it combines both linear and angular motion. a) General motion is only angular motion. b) General motion is only linear motion. c) General motion is a combo of linear and angular motion. d) General motion does not involve movement. 7) Provide an example of an activity that involves general motion a) Running in a straight line. b) Spinning a wheel. c) Swimming. d) Jumping in place. 8) What's the importance of understanding motion in the study of biomechanics. a) It helps improve athletic performance. b) It is not relevant to biomechanics. c) It only applies to non-athletic activities. d) It is only important for coaches. 9) How can knowledge of linear and angular motion improve athletic performance? a) By focusing only on strength training. b) By avoiding physical activity. c) By optimizing movement techniques. d) By ignoring motion principles. 10) Describe an activity that demonstrates the principles of linear and angular motion. a) Running and spinning a wheel. b) Sitting still. c) Reading a book. d) Sleeping. 11) What factors should be considered when analyzing motion in this activity? a) Color, size, and shape. b) Taste, smell, and sound. c) Temperature, humidity, and pressure. d) Speed, direction, and rotation. 12) Where is the axis of rotation typically located in the human body during rotational movements? a) At the joints. b) In the muscles. c) In the bones. d) In the skin.

Motion

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