Part 1: Overcoming Friction 1 2 Consider a person pushing against a 2 kg box that is sitting on the floor. Assume that the coefficient of friction is 0.3. Calculate the force of friction that must be overcome before the box will begin to move using the equation: F=uN Mote: Acceleration due to gravity is 9.8 m/s%. 3 4 Record the answer in Data Table 1. Record the type of friction in Data Table 1. Draw afree-body diagram of the forces acting upon the box on a sheet of paper along with your name and date. Include the mass of the object and the value for each force in the diagram. Take a photo of the diagram including vour name and the date, and upload the image into Photo 1. Part 2: Spring Forces 7 Consider the amount of force required to stretch 2 springs. Tables 1 and 2 provide data for the amount of force required to stretch each spring to various distances. raph the data for force and distance provided in Table 1. Create a scatter plot with distance plotted on the independent. x-axis and force plotted on the dependent, y-axis. Mote: If you do not have access to graphing software, you may download and print the Graph Paper Template. Table 1. Forces for Stretching Spring 1 Distance (m) Force (N) " oo | ooom | 0.028 -0.1372