Hello, I need help with this lab questions. here's the table and graph. Would you please answer asap? it's urgent. Thanks in advance.

Copy of 6. Static and Kinetic Friction on a Ramp Show Split Question View Atia Rahman Score: 0 / 45 (0.00%) Save & Close Submit for Grading Position, velocity vs Time 0.25 0.2 0.15 Position (m), velocity (m/s) 0. 1 0.05 0.05 0. 1 0.15 0.2 0.25 0.3 0.35 Time (s) Display Curve Fit Uncertainties Position Curve: velocity Curve: O 9 ASUS VivoBook0.05 0.1 Display Curve Fit Uncertainties Position Curve: velocity Curve: y = Ax' + Bx +C y = Ax + B A : 0.501 m A : 0.517 m/ s S )2 S B : 0.0548 m B : 0.0486 m/s C : 0.000378m RMSE : 0.00541 m/ s RMSE : 0.00106 m r : 0.996Score: 0/ 15 2. Use measurements from the video to determine Einstein's acceleration, a , and the coefficient of kinetic friction between the doll and the ramp, /k . Hint: Once Einstein starts moving, the friction between him and the board is determined by the kinetic coefficient of friction, Uk. You can modify the FBD and equations from the previous question to include an acceleration along the ramp. BIUBEEE Score: 0/ 15Conclusion 1. Which of the two coefficients is greater, / or uk ? Do your results agree with the literature? BIUBEEE Of Score: 1 5 ASUS VivoBook