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Consider the system shown in the figure (Figure 1) with ma = 7.0 kg and mg = 11.0 kg The angles 0 = 59° and Og= 32 • Part A In the absence of friction, what force F would be required to pull the masses at a constant velocity up the fixed inclines? a ? Submit Reguest Answer Part B The force F is now removed. What is the magnitude of the acceleration of the two blocks? ? m/s? Submit Request Answer Part C What is the direction of the acceleration of the two blocks? O Up the planes • Down the planes Submit Reguest Answer Part D In the absence of F, what is the tension in the string? Figure < 1 of 1> Express your answer using two significant figures. ? T= - 32 Submit Request Answer Provide Feedback A- 59

Consider the system shown in the figure (Figure 1) with ma = 7.0 kg and mg = 11.0 kg The angles 0 = 59° and Og= 32 • Part A In the absence of friction, what force F would be required to pull the masses at a constant velocity up the fixed inclines? a ? Submit Reguest Answer Part B The force F is now removed. What is the magnitude of the acceleration of the two blocks? ? m/s? Submit Request Answer Part C What is the direction of the acceleration of the two blocks? O Up the planes • Down the planes Submit Reguest Answer Part D In the absence of F, what is the tension in the string? Figure < 1 of 1> Express your answer using two significant figures. ? T= - 32 Submit Request Answer Provide Feedback A- 59

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Consider the system shown in the figure (Figure 1) with mA = 7.0 kg and mB= 11.0 kg . The angles θA = 59∘ and θB = 32∘.

A) In the absence of friction, what force F⃗ F→ would be required to pull the masses at a constant velocity up the fixed inclines?

B) The force F⃗ F→ is now removed. What is the magnitude of the acceleration of the two blocks?

C) What is the direction of the acceleration of the two blocks?

D) In the absence of F⃗ F→, what is the tension in the string?

Express your answer using two significant figures.
 
Consider the system shown in the figure (Figure 1) with ma = 7.0 kg and mg = 11.0 kg . The angles e = 59° and Og = 32° Part A In the absence of friction, what force F would be required to pull the masses at a constant velocity up the fixed inclines? ? |F = N Submit Request Answer Part B The force F is now removed. What is the magnitude of the acceleration of the two blocks? HVα ΑΣφ a = m/s? Submit Request Answer Part C What is the direction of the acceleration of the two blocks? O Up the planes O Down the planes Submit Request Answer Part D In the absence of F, what is the tension in the string? Figure < 1 of 1 > Express your answer using two significant figures. Hνα ΑΣφ ? T = N OB = 32° Submit Request Answer Provide Feedback OA = 59°
Transcribed Image Text:Consider the system shown in the figure (Figure 1) with ma = 7.0 kg and mg = 11.0 kg . The angles e = 59° and Og = 32° Part A In the absence of friction, what force F would be required to pull the masses at a constant velocity up the fixed inclines? ? |F = N Submit Request Answer Part B The force F is now removed. What is the magnitude of the acceleration of the two blocks? HVα ΑΣφ a = m/s? Submit Request Answer Part C What is the direction of the acceleration of the two blocks? O Up the planes O Down the planes Submit Request Answer Part D In the absence of F, what is the tension in the string? Figure < 1 of 1 > Express your answer using two significant figures. Hνα ΑΣφ ? T = N OB = 32° Submit Request Answer Provide Feedback OA = 59°
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