(a) A 0.82 kg book is held stationary in the hand. Find the forces acting on the book and the reaction forces to each of these.Fhand on book= Upward, Downward, or there is no acceleration: Fbook on hand= Upward, Downward, or there is no acceleration: F(gravity) earth on book= Upward, Downward, or there is no acceleration: F(gravity) book on earth= Upward, Downward, or there is no acceleration: (b) The hand now exerts an upward force of 15.5 N on the book. Find the book's acceleration.a= Upward, Downward, or there is no acceleration: (c) As the book moves upward, the hand is quickly removed from the book. Find the forces on the book and its acceleration.Fhand on book= Upward, Downward, or there is no acceleration: Fbook on hand= Upward, Downward, or there is no acceleration: F(gravity) earth on book= Upward, Downward, or there is no acceleration: F(gravity) book on earth= Upward, Downward, or there is no acceleration: a= Upward, Downward, or there is no acceleration:

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Answered: a) A 0.82 kg book is held stationary in…

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Chapter4: Newton's Laws Of Motion

Section4.6: Applications Of Newton's Laws

Problem 4.9QQ: For the woman being pulled forward on the toboggan in Figure 4.33, is the magnitude of the normal...

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(a) A 0.82 kg book is held stationary in the hand. Find the forces acting on the book and the reaction forces to each of these.

F_{hand on book}	=	Upward, Downward, or there is no acceleration:
F_{book on hand}	=	Upward, Downward, or there is no acceleration:
F_{(gravity) earth on book}	=	Upward, Downward, or there is no acceleration:
F_{(gravity) book on earth}	=	Upward, Downward, or there is no acceleration:

(b) The hand now exerts an upward force of 15.5 N on the book. Find the book's acceleration.

Upward, Downward, or there is no acceleration:

(c) As the book moves upward, the hand is quickly removed from the book. Find the forces on the book and its acceleration.

F_{hand on book}	=	Upward, Downward, or there is no acceleration:
F_{book on hand}	=	Upward, Downward, or there is no acceleration:
F_{(gravity) earth on book}	=	Upward, Downward, or there is no acceleration:
F_{(gravity) book on earth}	=	Upward, Downward, or there is no acceleration:
a	=	Upward, Downward, or there is no acceleration: