Question: Part 3: Verifying the system mass Fill in the constant parameters that you chose to use in your experiment. Kinetic Friction Coefficient: ????k 0.2 Static
Part 3: Verifying the system mass Fill in the constant parameters that you chose to use in your experiment. Kinetic Friction Coefficient: ????k 0.2 Static Friction Coefficient: ????s 0.5 Angle of Incline: incline 0.0 System Mass: Msys =m1+m2 0.4+0.4= 0.8 Hanging Mass Init Velocity: ????init 0.0 Sliding Mass: m1 Hanging Mass: m2 Hanging Weight: m2???? Acceleration Left: ????left Acceleration Right: ????right Average Acceleration: ????avg Use the slope of your Hanging Weight vs Average Acceleration graph to calculate the total system mass. Hint: Look at equation 10-15 in the lab manual if you need a guide on how to linearize functions and recognize slopes. Record your results of Part 3 Slope of Hanging Weight vs Average Acceleration Graph Experimental Total System Mass: (m1+m2)exp %Error in Experimental Mass vs Actual System Mass
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