A 2 kilogram mass sits on a table which has = 0.40 and is attached...

 

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A 2 kilogram mass sits on a table which has μ = 0.40 and is attached to a spring with force constant 70 Newton/meter. The mass is then pulled 30 centimeters right from its equilibrium center spot and released. The spring will pull the mass, which will also drag on the table until friction stops its motion briefly. (a) Draw a free body diagram of the forces on the mass. What is the strength of the friction force acting on mass as it slides? (b) What is the energy in the system right as we first let go of the mass? (c) Once we let go, the mass moves to the left. Find the distance x that the mass moves to the left of equilibrium before it stops. (Done correctly the const B1 x=0 Center 4 The 2 kg mass stops momentarily a distance x from the center. Find that x value 2 kg release 30 cm from equilibrium point hore quill be quadratic, which you solve the same A 2 kilogram mass sits on a table which has μ = 0.40 and is attached to a spring with force constant 70 Newton/meter. The mass is then pulled 30 centimeters right from its equilibrium center spot and released. The spring will pull the mass, which will also drag on the table until friction stops its motion briefly. (a) Draw a free body diagram of the forces on the mass. What is the strength of the friction force acting on mass as it slides? (b) What is the energy in the system right as we first let go of the mass? (c) Once we let go, the mass moves to the left. Find the distance x that the mass moves to the left of equilibrium before it stops. (Done correctly the const B1 x=0 Center 4 The 2 kg mass stops momentarily a distance x from the center. Find that x value 2 kg release 30 cm from equilibrium point hore quill be quadratic, which you solve the same

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Lets take a look at the question step by step a Draw a free body diagram of the forces on the mass The free body diagram for the mass would include Th... View the full answer