A. 40 kg girl; Weight =_________N; friction = B. 50 kg crate: Weight = N; friction = N C. 80 kg man: Weight = _________ N; friction = _N D. 100 kg container with water; Weight = _______ N; friction = E. 200 kg Refrigerator: Weight = _____N; friction = N With the values that you get using the Phet simulation software, what is the factor that affects static friction? Justify your answer. N N

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Author:Paul Peter Urone, Roger Hinrichs
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Chapter4: Dynamics: Force And Newton's Laws Of Motion
Section: Chapter Questions
Problem 33PE: What force is exerted on the tooth in Figure 4.38 if the tension in the wire is 25.0 N? Note that...
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A. 40 kg girl; Weight =__________ N; friction =
B. 50 kg crate: Weight = _________ N; friction =
C. 80 kg man: Weight = _______ N; friction =
D. 100 kg container with water; Weight =
E. 200 kg Refrigerator: Weight =
N
With the values that you get using the Phet simulation software, what is
the factor that affects static friction?
Justify your answer.
_N
N
_N
N; friction =
N; friction =
N
Transcribed Image Text:A. 40 kg girl; Weight =__________ N; friction = B. 50 kg crate: Weight = _________ N; friction = C. 80 kg man: Weight = _______ N; friction = D. 100 kg container with water; Weight = E. 200 kg Refrigerator: Weight = N With the values that you get using the Phet simulation software, what is the factor that affects static friction? Justify your answer. _N N _N N; friction = N; friction = N
4. Which of the following masses given below, that is on the floor with a
value of coefficient of static friction of 0.5 (see the screenshot) will give
lesser amount of applied force to make each object just starts to move.
200 kg
Speed
0.0 m/s
Acceleration: 0:00 m/s²
50 kg
-500
Sum of Forces=0
Applied Force
0 Newtons
500
40 kg
Forces➡➡>>
Sum of Forces
80 kg
Values
Masses
Speed
Acceleration
Friction
None
100 kg
Lots
Transcribed Image Text:4. Which of the following masses given below, that is on the floor with a value of coefficient of static friction of 0.5 (see the screenshot) will give lesser amount of applied force to make each object just starts to move. 200 kg Speed 0.0 m/s Acceleration: 0:00 m/s² 50 kg -500 Sum of Forces=0 Applied Force 0 Newtons 500 40 kg Forces➡➡>> Sum of Forces 80 kg Values Masses Speed Acceleration Friction None 100 kg Lots
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