you are sitting at the center of a large turntable at an amusement park as it is set spinning freely. you decide to crawl towards the edge of the turntable. what does your action do to the rate of rotation of the turntable? explain

You are sitting at the center of a large turntable at an amusement park as it is set spinning freely. You decide to crawl towards the edge of the turntable. Rotational speed will decrease There is no external torque hence , the angular momentum of the table is conserved L (initial) = L ( final)since , L = m*v*r where m = mass v = velocityr = radiusIf  the person is crawled towards the outer rim, then the rotational inertia of the turntable will increase. In order to conserve the angular momentum , its rotational speed will decrease as mass and radius cannot be altered .To learn more about torque here :https://brainly.com/question/19104073#SPJ4