aw in Fig. 1 is in equilibrium, what is the net force on it? What is the net torque on it measured about an axis through the pivot point?  How far x from the pivot of the seesaw in Fig. 1 must the child on the left sit so the seesaw remains in equilibrium?  The child on the left of the seesaw in Fig. 1 leaves, and the child on the right wants to seesaw alone by repositioning the pivot point to a new position that is distance xpfrom her so that it remains in equilibrium using the weight of the seesaw to balance her own

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Chapter1: Units, Trigonometry. And Vectors
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If the seesaw in Fig. 1 is in equilibrium, what is the net force on it? What is the net torque on it measured about an axis through the pivot point?


 How far x from the pivot of the seesaw in Fig. 1 must the child on the left sit so the seesaw remains in equilibrium?


 The child on the left of the seesaw in Fig. 1 leaves, and the child on the right wants to seesaw alone by repositioning the pivot point to a new position that is distance xpfrom her so that it remains in equilibrium using the weight of the seesaw to balance her own weight. Draw the
configuration below with an arrow representing each force on the seesaw.
2

 
 
What is the force the pivot exerts on the seesaw in the new configuration described in question 6?

What is the total torque on the seesaw in the new configuration described in question 6 measured about an axis at the position of the child? About an axis at the position of the pivot? About an axis at the position of the center of mass of the seesaw?

Find the distance xpfrom the child to the pivot point for the seesaw configuration described in question 6.
2.00 m
Transcribed Image Text:2.00 m
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