c. What is the reaction force (type, direction, and object) corresponding tothe rope pulling the trunk to the right? Give type of force, the directionof the reaction force, and what object the reaction force acts on.d. What is the reaction force corresponding to the Earth pulling down on the trunk?e. What is the reaction force corresponding to the force that prevents the trunk from sliding?f. The purpose of drawing the free body diagram is to use it when we write out Newton's 2 law. Why are thereaction forces not included in the free body diagram for the trunk?A tennis ball falling straight downwards hits the floor. At the time of interest, the ball is compressed with the centerof the tennis ball still moving downwards but slowing down. The mass of the tennis ball is M and the radius of thetennis ball is R. Note: you do not always need all the information given in a problem.a. What is the direction(up/down/zero) ofacceleration of the center of the tennis ball?FBDb. In the bax, draw the free body diagram showing theforces acting on the ball. To the right of the "-", drawan arrow labeled "Ma" in the direction of theacceleration (or write "0" if the acceleration is zero).c. What is true of the magnitude of the normal force thatthe ground exerts on the ball during the bounce?Hint: Use Newton's Second Law.• The normal force is equal to the weight.•The normal force is smaller than the weight.The normal force is larger than the weight. Tension: The force with which a string or rope pulls on an object is called the tension. This force always pulls along the directionof the string.Kinetic (Sliding) Friction: This force acts when two surfaces slide against each other. The force along the surface and isopposite the direction of relative sliding.Static Friction: This force may act when two surfaces are in contact without sliding relative to each other. The force is along thesurface and has the direction and magnitude needed to keep the surfaces from sliding against each other. It is often difficult todetermine the direction of this force.Free Body DiagramsTo apply Newton's 2 law, you must correctly identify all the forces without overlooking any or adding any forces thatdo not act directly on the object. To do so, we will draw a "free body diagram" (FBD) which represent each outside forceacting on an object by a labeled arrow. The labels represent the magnitude of the force, for example, "F" for thenormal force.2. A tennis ball of mass M is moving as shown after it has been struckby a racquet. Draw the free body diagram showing the forces actingon the ball. Assume air friction is negligible.3. A trunk of mass Mis on a ramp. A rope pulls on the trunk horizontally asshown but the trunk does not move.a. In the box provided, draw a labeled "free body diagram" (FBD) showingall the forces acting on the trunk. All the forces in the diagram shouldhave descriptive labels giving the name of the force, for example, "Tor"F" for the tension. Do not label the weight as "g" - this is theacceleration due to gravity and is not a force. Label the weight as "F","W", or "Mg".Newton's 3" law says that all forces come in action-reaction pairs, i.e., ifobject A exerts a force on B, object B must exert the same force on A but inthe opposite direction. Note that action-reaction pairs always must be thesame type of force.b. What is the reaction force corresponding to the ramp pushing into thetrunk? What type of force is it? What direction is the reaction forceand what object does the reaction force act on?FBDFBD

Name: c. What is the reaction force (type, direction, and object) correspon
Uploaded: 2024-03-20T06:57:57.000Z
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Description: c. What is the reaction force (type, direction, and object) corresponding tothe rope pulling the trunk to the right? Give type of force, the directionof the reaction force, and what object the reaction force acts on.d. What is the reaction force cor

Question

c. What is the reaction force (type, direction, and object) corresponding tothe rope pulling the trunk to the right? Give type of force, the directionof the reaction force, and what object the reaction force acts on.d. What is the reaction force corresponding to the Earth pulling down on the trunk?e. What is the reaction force corresponding to the force that prevents the trunk from sliding?f. The purpose of drawing the free body diagram is to use it when we write out Newton's 2 law. Why are thereaction forces not included in the free body diagram for the trunk?A tennis ball falling straight downwards hits the floor. At the time of interest, the ball is compressed with the centerof the tennis ball still moving downwards but slowing down. The mass of the tennis ball is M and the radius of thetennis ball is R. Note: you do not always need all the information given in a problem.a. What is the direction(up/down/zero) ofacceleration of the center of the tennis ball?FBDb. In the bax, draw the free body diagram showing theforces acting on the ball. To the right of the &#34;-&#34;, drawan arrow labeled &#34;Ma&#34; in the direction of theacceleration (or write &#34;0&#34; if the acceleration is zero).c. What is true of the magnitude of the normal force thatthe ground exerts on the ball during the bounce?Hint: Use Newton's Second Law.• The normal force is equal to the weight.•The normal force is smaller than the weight.The normal force is larger than the weight. Tension: The force with which a string or rope pulls on an object is called the tension. This force always pulls along the directionof the string.Kinetic (Sliding) Friction: This force acts when two surfaces slide against each other. The force along the surface and isopposite the direction of relative sliding.Static Friction: This force may act when two surfaces are in contact without sliding relative to each other. The force is along thesurface and has the direction and magnitude needed to keep the surfaces from sliding against each other. It is often difficult todetermine the direction of this force.Free Body DiagramsTo apply Newton's 2 law, you must correctly identify all the forces without overlooking any or adding any forces thatdo not act directly on the object. To do so, we will draw a &#34;free body diagram&#34; (FBD) which represent each outside forceacting on an object by a labeled arrow. The labels represent the magnitude of the force, for example, &#34;F&#34; for thenormal force.2. A tennis ball of mass M is moving as shown after it has been struckby a racquet. Draw the free body diagram showing the forces actingon the ball. Assume air friction is negligible.3. A trunk of mass Mis on a ramp. A rope pulls on the trunk horizontally asshown but the trunk does not move.a. In the box provided, draw a labeled &#34;free body diagram&#34; (FBD) showingall the forces acting on the trunk. All the forces in the diagram shouldhave descriptive labels giving the name of the force, for example, &#34;Tor&#34;F&#34; for the tension. Do not label the weight as &#34;g&#34; - this is theacceleration due to gravity and is not a force. Label the weight as &#34;F&#34;,&#34;W&#34;, or &#34;Mg&#34;.Newton's 3&#34; law says that all forces come in action-reaction pairs, i.e., ifobject A exerts a force on B, object B must exert the same force on A but inthe opposite direction. Note that action-reaction pairs always must be thesame type of force.b. What is the reaction force corresponding to the ramp pushing into thetrunk? What type of force is it? What direction is the reaction forceand what object does the reaction force act on?FBDFBD

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A tennis ball of mass M is moving as shown after it has been struck by a racquet. Draw the free body diagram showing the forces acting on the ball. Assume air friction is negligible.