2. What does your plotted data tell you about the relationship between the frictional forces and the normal forces?

Part 1 Part 2 m N FS FK 0s US Coefficient of Friction 6 (kg) (N) (N) ( " ) (9) 0.2940 2 881 2.3960 1.0770 42.3 0.910 28.2 0.536 XL 0.3940 3 861 4 0990 1.4810 Linear Fit for Part 1 | Fs 0.4940 4 841 5.3370 2.0470 Fs = mN+b m (Slope): 0.9758 N/N 0.5940 5 821 5.6040 2.5280 b (Y-Intercept): 0.04808 N 0.6940 6 801 6.4250 3.1280 Correlation: 0.9639 RMSE 0.4820 N Friction Experiment - Computer Interfaced Version. Frictional Force (N) Part 1: Data collected with the force sensor. Enter the mass values. Calculate the normal force, N. Obtain the Fs and Fk values from the Data Collection template which you used to collect data for various masses. Enter the values in their respective cells 2 Plot Fs and FK vs N. Obtain the coefficients of friction for both static and kinetic cases To do this, click on f(x). select the data set, select the Proportional Fit. Click Define Linear Fit for Part 1 | FK Function and rewrite the formula in terms of u you can use the letter u. For FK = mN+b example, for static coefficient of friction we would enter us'N. Click OK. Click Try m (Slope): 0.5254 N/N Fit. Click OK. b (Y-Intercept) -0 4914 N Correlation 0 9982 Part 2: Determining the coefficients of friction when the plane is on an incline. RMSE 0 05722 N Obtain the angle at which the friction box slides on its own. Use it to calculate us. Obtain the angle at which the friction box slides after giving it a slide push. Use it to 0 2 6 8 calculate uk. N(N) Set the page to Landscape, enter your names and print it