The Apparatus: In this experiment, a spring scale is attached to a 1.00 kg wooden block, and a mass is placed on the block. The block is then pulled across a table at a constant speed, with the spring scale moving parallel to the surface of the table, as shown in the diagram below. The experiment was completed 6 times. Each time, a different amount of mass was placed on the wooden block. Mass Wooden block Direction of Applied force Procedure: 1. When the experiment was completed, an incomplete table of data (Table 1) was generated. Using your understanding of the concepts covered in Lessons 11-13, you will need to complete the data table. Note: Leave all values as positive in the data table. (1 marks) 2. From a previous lesson, you learned that Ff = UFN. We can re-arrange the formula, such that rise H=- slope= run You will need to plot a graph (on the paper provided) of Ff as a function of FN. and generate a line of best fit (3 marks) 3. You can find the coefficient of friction (u) by finding the slope of the line of best fit. (2 marks) 4. Answer all 7 of the Analysis and Interpretation questions (14 marks)EN Ff = MFN M Table 1 X -axis y- axis Extra Mass (kg) Total FA (N) F1 (N) Mass (kg) F, (N) FN (N) kinetic kinetic 0.60 1.60 15.7 15.7 3.14 3, 14 0.80 1.80 17.7 17.7 3.53 3.53 1.00 2.00 19.62 19 . 6 3.92 3. 92 1.20 2.20 21. 6 21. 6 4.32 4. 32 1.40 2.40 23.5 23.5 4.71 Q2 4.71 1.60 2.60 25.5 25. 5 5.10 QUE S, 10 FI BeAM (Title) (Label) B 10 15 20 25 (Label) FN