Two massless ropes support a 3.00 [kg] balloon as shown. Assuming that the ropes weretaut all the time, what is the magnitude of tension T2 if the system is in equilibrium? 20. Two massless ropes support a 3.00 [kg] balloon as shown. Assuming that the ropes weretaut all the time, what is the magnitude of tension T, if the system is in equilibrium?А. 3.46 [N]С. 26.4 [N]T145°T2В. 15.2 [N]D. 31.2 [N]30°

Answered: Image /qna-images/answer/6c05a553-a3b7-4ef2-bab1-ea9b3b1e45e5.jpg

20. Two massless ropes support a 3.00 [kg] balloon as shown. ASsuming that the ropes were taut all the time, what is the magnitude of tension T, if the system is in equilibrium? A. 3.46 [N] С. 26.4 [N] T1 45° T2 В. 15.2 [N] D. 31.2 [N] 30°

20. Two massless ropes support a 3.00 [kg] balloon as shown. ASsuming that the ropes were taut all the time, what is the magnitude of tension T, if the system is in equilibrium? A. 3.46 [N] С. 26.4 [N] T1 45° T2 В. 15.2 [N] D. 31.2 [N] 30°

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter4: The Laws Of Motion

Section: Chapter Questions

Problem 17P: (a) Find the tension in each cable supporting the 6.00 102-N cat burglar in Figure P4.35. (b)...

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Question

Two massless ropes support a 3.00 [kg] balloon as shown. Assuming that the ropes were
taut all the time, what is the magnitude of tension T2 if the system is in equilibrium?

20. Two massless ropes support a 3.00 [kg] balloon as shown. Assuming that the ropes were
taut all the time, what is the magnitude of tension T, if the system is in equilibrium?
А. 3.46 [N]
С. 26.4 [N]
T1
45°
T2
В. 15.2 [N]
D. 31.2 [N]
30°

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