Part A) What is the force of friction on the box which is staying at rest on the incline below? unit Pick a direction from the options below 0 0 ✓ Part B) What minimum value must the coefficient of static friction, between the block and the incline, have? Fnet Pick a direction from the options below 115 0 0 Part C) What would the net force on the block be, if the coefficient was changed to 0.02? unit Part D) What then would be the acceleration of the object? Pick a direction from the options below ↓↑ 0 0 39.8kg O 24.6 O O

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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The following question has multiple parts please work them in
the order shown.
Part A) What is the force of friction on the box which is staying
at rest on the incline below?
F+ =
Pick a direction from the options below
↑
Ps
unit
Part B) What minimum value must the coefficient of static
friction, between the block and the incline, have?
0 0
O
Finet
Pick a direction from the options below
Part C) What would the net force on the block be, if the
coefficient was changed to 0.02?
unit
a =
39.8kg
24.6°
unit
Pick a direction from the options below
√15
Part D) What then would be the acceleration of the object?
Transcribed Image Text:The following question has multiple parts please work them in the order shown. Part A) What is the force of friction on the box which is staying at rest on the incline below? F+ = Pick a direction from the options below ↑ Ps unit Part B) What minimum value must the coefficient of static friction, between the block and the incline, have? 0 0 O Finet Pick a direction from the options below Part C) What would the net force on the block be, if the coefficient was changed to 0.02? unit a = 39.8kg 24.6° unit Pick a direction from the options below √15 Part D) What then would be the acceleration of the object?
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