15. Compare the Trials with the mass of 2000 g. Does the type of surface (lab table, ice or concrete) affect the amount of friction between the two surfaces? Explain.
15. Compare the Trials with the mass of 2000 g. Does the type of surface (lab table, ice or concrete) affect the amount of friction between the two surfaces? Explain.
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Transcribed Image Text:13. Click on "Types of Surfaces" at the upper left to choose "Rubber on Ice." Adjust
the "Object's Mass" to 2000 g.
Object's
Mass
Object's
Weight
Normal Force
Force reading
Greatest force
value while block
is stationary
once block is
moving
(W = m g)
*Static Friction
*Kinetic Friction
(from the force vs time graph)
(from the force vs time graph)
Trial 1
2000 g
2000 x 9.81 =
19620 N
19620 N
2.44
1.5
14. Click on "Types of Surfaces" at the upper left to choose "Rubber on Concrete."
Adjust the "Object's Mass" to 2000 g and then your masses from Trials 2 and 3.
Object's
Mass
Object's
Weight
Force reading
once block is
Normal Force
Greatest force
value while
block is
moving
(W = m g)
stationary
*Kinetic
*Static Friction
Friction
(from the force vs time graph)
(rom the force vas time graph)
Trial 1
2000 g
2000 x 9.81 =
19620 N
19620 N
19
14
15 Compare the Trials with the mass of 2000a Dees the tune of surface (lah table
Transcribed Image Text:15. Compare the Trials with the mass of 2000 g. Does the type of surface (lab table,
ice or concrete) affect the amount of friction between the two surfaces? Explain.
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