By Day 4 (Thursday), select or take a photo or video of a person participating in any sport. Examples include, a baseball player taking a swing or throwing a ball, a basketball player shooting the ball, a football player running down the field, kicking a soccer ball, swinging a hockey stick or golf club, performing a weightlifting movement like the bench press or squat, etc. DO NOT use a previous photo or movement that you have discussed already in this course. Discuss the movement(s) by addressing the work, power, energy, torques, and moments that may apply to the movement. Additionally, discuss a particular point in the movement and analyze the static equilibrium of that position in the sport you select. By Day 7 (Sunday) respond to the original discussion posts of 2 peers.

By Day 4 (Thursday), select or take a photo or video of a person participating in any sport. Examples include, a baseball player taking a swing or throwing a ball, a basketball player shooting the ball, a football player running down the field, kicking a soccer ball, swinging a hockey stick or golf club, performing a weightlifting movement like the bench press or squat, etc. DO NOT use a previous photo or movement that you have discussed already in this course. Discuss the movement(s) by addressing the work, power, energy, torques, and moments that may apply to the movement. Additionally, discuss a particular point in the movement and analyze the static equilibrium of that position in the sport you select. By Day 7 (Sunday) respond to the original discussion posts of 2 peers.

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A cart rolls along a frictionless track. A graph of its potential energy vs position is shown below.a). Mark on the graph any points of stable equilibrium. If there are no stable equilibria, simply write “none.”b). What is the direction of the force when the cart is at x = 80m?Show all work, please and thank you!
Describe the energy transformations involved when a yo-yo is thrown downward and then climbs back up its string to be caught in the user’s hand.
The picture below shows two different balls rolling down from rest from two different ramps. For each scenario listed below, choose (tic) the best answer for each part and attach your work. Assume no energy loss.
A 75kg bicyclist (including the bicycle), initially at rest pedals up a hill. She reaches a speed of 4m/s despite experiencing a 15N drag during her ride. The distance and height of the hill are shown. Neglect any friction impeding her motion and the rotational energy of the wheels. List the energy types at the initial and final time and whether work and loss (due to non-conservative forces) occur as well as the corresponding amounts of energy. initial: work? loss? final: none work loss GPE & KE 1111 0 11325 What is the average thrust she must generate? 153 unit
A 0.50 kg the block is placed on rough surface. A string attaches the block to a 0.20 kg hanging mass the over a massless, frictionless pulley. The system is released from rest and displaces 1.0 m. Determine the change in kinetic energy of the system if the work of friction is -0.96 J.