Part A) What is the Net Force on the two mass system showbelow if there is no friction?m₁=11.8kga =Fnet =Pick a direction from the options below↓↑unitConnectingropeT=m₂=26.8kgPart B) What then must be the acceleration of the system?unitPick a direction from the options below↓↑unitPull180NPart C) What is the magnitude of the Tension in the rope?

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Description: Part A) What is the Net Force on the two mass system showbelow if there is no friction?m₁=11.8kga =Fnet =Pick a direction from the options below↓↑unitConnectingropeT=m₂=26.8kgPart B) What then must be the acceleration of the system?unitPick a direct

Given value--- F = 180 N. m1 = 11.8 kg. m2 = 26.8 kg. We have to find--- net force ?…

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Part A) What is the Net Force on the two mass system show below if there is no friction? m₁=11.8kg Connecting rope unit m₂=26.8kg Fnet = Pick a direction from the options below ↓↑ Pull 180N Part B) What then must be the acceleration of the system?

Part A) What is the Net Force on the two mass system show below if there is no friction? m₁=11.8kg Connecting rope unit m₂=26.8kg Fnet = Pick a direction from the options below ↓↑ Pull 180N Part B) What then must be the acceleration of the system?

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Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Question

Part A) What is the Net Force on the two mass system show
below if there is no friction?
m₁=11.8kg
a =
Fnet =
Pick a direction from the options below
↓↑
unit
Connecting
rope
T=
m₂=26.8kg
Part B) What then must be the acceleration of the system?
unit
Pick a direction from the options below
↓↑
unit
Pull
180N
Part C) What is the magnitude of the Tension in the rope?

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