1. The picture shows a gibbon hanging from a tree branch in a tropicalforest. If you know the mass of the gibbon and the angles made bythe hands either with horizontal or vertical direction, you should beable to calculate force or tension on each hand of the gibbon usingequilibrium conditions after drawing a free body diagram. The sketchshows a free-body diagram of the gibbon.a. Draw the components of forces T1 and T2 along the x and y axesand list the values (ignore signs as your sketches will show thedirection of components) in terms of T1, q1, and T2, q2 below:T1x=T1y=T2x=T2y=b. Use equilibrium conditions along x and y directions. It will result intwo equations.c. Assuming m = 55 kg, angle 1= 65 degrees and angle 2= 35 degreessolve the above equations for T1and T2. +yT2+xmg

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a. Draw the components of forces T1 and T2 along the x and y axes and list the values (ignore signs as your sketches will show the direction of components) in terms of T1, q1, and T2, q2 below: T1x= T1y= T2x= T2y= b. Use equilibrium conditions along x and y directions. It will result in two equations. c. Assuming m = 55 kg, angle 1= 65 degrees and angle 2= 35 degrees solve the above equations for T1and T2.

a. Draw the components of forces T1 and T2 along the x and y axes and list the values (ignore signs as your sketches will show the direction of components) in terms of T1, q1, and T2, q2 below: T1x= T1y= T2x= T2y= b. Use equilibrium conditions along x and y directions. It will result in two equations. c. Assuming m = 55 kg, angle 1= 65 degrees and angle 2= 35 degrees solve the above equations for T1and T2.

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter4: Dynamics: Force And Newton's Laws Of Motion

Section: Chapter Questions

Problem 37PE: Construct Your Own Problem Consider people pushing a toboggan with four children on it up a...

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