Task: Determining Coefficient of Friction Choose ONE of the Metal, Cement, or Wood surfaces offered in the Gizmo. Plan and carry out a virtual scientific investigation to calculate the coefficient of friction between the cart and the surface of your choice, using principles of kinematics, vectors, force diagrams, and Newton's equations of motion. As part of the response, Plan out the steps of your virtual investigation to calculate the coefficient of friction for your chosen surface. List the detailed outline of the procedure used to determine the coefficient of friction using a numbered step approach. o Any relevant free body diagrams showing the significant forces acting on the cart should be drawn and labelled. Explain why you chose the forces you did and how you came up with their lengths. Use suitable scientific drawing/diagram conventions to communicate. o Carry out the virtual assessment. Use suitable scientific communication conventions to record and communicate your results in tables, graphs, and calculations. Identify all relevant physics laws theories that are relevant to the coefficient of friction calculations. Make a summary of your findings