VI. Does kinetic friction depend on the normal force?21. Make a prediction. If normal force increases, does the kinetic friction increase,decrease, or stay the same? Give a reasonr your prediction.22. Use the Larger Area. Place the larger area of the block on the track. Record thehanging mass in the data table. Add a 500g rectangular block on top of the woodblock. Change the hanging mass to 500g23. Run the Experiment. Hang the 500g mass over the pulley. Repeat theexperiment as before.24. Change the Normal Force. Add a second 500g rectangular block on top of theblock. Record the total mass in the data table. Perform the experiment again.25. Change the Normal Force Again. Repeat the experiment by adding another500g rectangular block on top of the block. Record the total mass. If the blockdoes not move at all or stops after moving a short distance, add more mass tothe hanging mass.Normal Force DependenceTotal BlockHanging MassNormal Forcen = Mg(N)MassAcceleration(kg)(m/s?)(kg)0.5000.6346.212.2860.5001.13411.110.7150.5001.63416.010.066126. Calculate the kinetic frictional force for each trial.MacBook ProF2F3F4F5DIIDDF7F8F9@F10#3$&234789EYSw/

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Description: VI. Does kinetic friction depend on the normal force?21. Make a prediction. If normal force increases, does the kinetic friction increase,decrease, or stay the same? Give a reasonr your prediction.22. Use the Larger Area. Place the larger area of th

Kinetic frictional force is defined as the friction force obtained when the body is in motion. The…

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Normal Force Dependence Total Block Mass Hanging Mass Normal Force n = Mg (N) m Acceleration (kg) (m/s2) (kg) 0.500 0.634 6.21 2.286 0.500 1.134 11.11 0.715 0.500 1.634 16.01 0.0661 26. Calculate the kinetic frictional force for each trial.

Normal Force Dependence Total Block Mass Hanging Mass Normal Force n = Mg (N) m Acceleration (kg) (m/s2) (kg) 0.500 0.634 6.21 2.286 0.500 1.134 11.11 0.715 0.500 1.634 16.01 0.0661 26. Calculate the kinetic frictional force for each trial.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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