The figure below shows three blue-and-gold macaws (Ara ararauna) which are members of the large group of neotropical parrots.The macaws are standing still on a horizontal branch with length L=1.72 m which remains in equilibrium with the help of tworopes. The branch weighs W,from left to the right. If 0, = 25°, e,=47.5° and x 0.3 m, answer the following questions.= 46 N, whereas the macaws have masses m,= 0.8 kg, m, =0.95 kg and m, = 1.2 kg,brancha) Calculate the magnitude of the tension labelled as T.T =b) Calculate the magnitude of the tension labelled as T,.T2=T1T2WaL/2WoranchCheck

Mass of the macaws m1=0.8 kg m2=0.95 kg m3=1.2 kg Weight of the branch (W)=46 N θ1=25o θ2=47.5o…

The figure below shows three blue-and-gold macaws (Ara ararauna) which are members of the large group of neotropical parrots. The macaws are standing still on a horizontal branch with length L=1.72 m which remains in equilibrium with the help of two The branch weighs W гоpes. = 46 N, whereas the macaws have masses m, =0.8 kg, m, =0.95 kg and m, = 1.2 kg, branch from left to the right. If 0, = 25°, 0,= 47.5° and x=0.3 m, answer the following questions. %3D a) Calculate the magnitude of the tension labelled as T,. T = b) Calculate the magnitude of the tension labelled as T,. %3D T1 W W2 W3 L/2 Woranch

The figure below shows three blue-and-gold macaws (Ara ararauna) which are members of the large group of neotropical parrots. The macaws are standing still on a horizontal branch with length L=1.72 m which remains in equilibrium with the help of two The branch weighs W гоpes. = 46 N, whereas the macaws have masses m, =0.8 kg, m, =0.95 kg and m, = 1.2 kg, branch from left to the right. If 0, = 25°, 0,= 47.5° and x=0.3 m, answer the following questions. %3D a) Calculate the magnitude of the tension labelled as T,. T = b) Calculate the magnitude of the tension labelled as T,. %3D T1 W W2 W3 L/2 Woranch

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter14: Static Equilibrium, Elasticity, And Fracture

Section: Chapter Questions

Problem 64PQ: A One end of a metal rod of weight Fg and length L presses against a corner between a wall and the...

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