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Scenario Mo gives a push off as she rides her skateboard down the sidewalk. As she goes down the sidewalk Mo and her skateboard slow down at a rate of -0.44 m/s² Mo's mass along with her skateboard is 65 kg. The coefficient of friction is 0.25. Draw the Free Body Diagram and label all the forces acting on Mo and her skateboard. Then upload a snap shot of your Free Body Diagram here. * 1 Add file What is the net force in the vertical plane? * Your answer Calculate the weight (Fg) of the Mo and her skateboard. * Your answer Calculate the normal force acting on Mo and her skateboard. * Your answer Calculate the net force in the horizontal plane? * Your answer Calculate the frictional force acting on Mo and her skateboard. *

Scenario Mo gives a push off as she rides her skateboard down the sidewalk. As she goes down the sidewalk Mo and her skateboard slow down at a rate of -0.44 m/s² Mo's mass along with her skateboard is 65 kg. The coefficient of friction is 0.25. Draw the Free Body Diagram and label all the forces acting on Mo and her skateboard. Then upload a snap shot of your Free Body Diagram here. * 1 Add file What is the net force in the vertical plane? * Your answer Calculate the weight (Fg) of the Mo and her skateboard. * Your answer Calculate the normal force acting on Mo and her skateboard. * Your answer Calculate the net force in the horizontal plane? * Your answer Calculate the frictional force acting on Mo and her skateboard. *

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ll Lycamobile I 9:37 AM 1@ 42% Scenario Mo gives a push off as she rides her skateboard down the sidewalk. As she goes down the sidewalk Mo and her skateboard slow down at a rate of -0.44 m/s² Mo's mass along with her skateboard is 65 kg. The coefficient of friction is 0.25. Draw the Free Body Diagram and label all the forces acting on Mo and her skateboard. Then upload a snap shot of your Free Body Diagram here. * 1 Add file What is the net force in the vertical plane? * Your answer Calculate the weight (Fg) of the Mo and her skateboard. * Your answer Calculate the normal force acting on Mo and her skateboard. * Your answer Calculate the net force in the horizontal plane? * Your answer Calculate the frictional force acting on Mo and her skateboard. * Your answer 1/1
Transcribed Image Text:ll Lycamobile I 9:37 AM 1@ 42% Scenario Mo gives a push off as she rides her skateboard down the sidewalk. As she goes down the sidewalk Mo and her skateboard slow down at a rate of -0.44 m/s² Mo's mass along with her skateboard is 65 kg. The coefficient of friction is 0.25. Draw the Free Body Diagram and label all the forces acting on Mo and her skateboard. Then upload a snap shot of your Free Body Diagram here. * 1 Add file What is the net force in the vertical plane? * Your answer Calculate the weight (Fg) of the Mo and her skateboard. * Your answer Calculate the normal force acting on Mo and her skateboard. * Your answer Calculate the net force in the horizontal plane? * Your answer Calculate the frictional force acting on Mo and her skateboard. * Your answer 1/1
Expert Solution
Step 1 F.B.D

given, m=656kg

acceleration a=-0.44m/s2

coefficient of friction μ=0.25

friction force f=μN

Advanced Physics homework question answer, step 1, image 1

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