Show your work for credit!1. Equilibrium Revisited!Given the static system shown below, pinned at point, P: Find the tension in the rope. The massof the bar is 200g and its length is 40cm. Also, find the net pin force (in component form) at theconnection between the bar and the fulcrum.noite2muhdupa lenoitajon hna leoitelinedoo to sloxs no soivo1 (onolrorweo) smu dilipa le 15° n ud undlups lenonsto nial te do nA(emutdillug teto onsud muhdilupo tenoelne0lenoinsro Ienols tod) ybolov 2d tud muldilpsoitslansti ritod mundiupe 61e niaio Ddo nA (b550noleM lenoiterod nolrelen yos sbuaei ne bas noitom lanoltetes lo elsaneup oirenob bs 16eligns zeob wa itneup noitom lenolteton bos noitom Isnoltalene) wdy rai obnu znonsdrbae notomleee to zoolsupa omsno suot a e2sobau

Answered: Image /qna-images/answer/02de30d1-e087-4fe3-9a71-04b792e99d61.jpg

your work Jor 1. Equilibrium Revisited! Given the static system shown below, pinned at point, P: Find the tension in the rope. The mass of the bar is 200g and its length is 40cm. Also, find the net pin force (in component form) at the connection between the bar and the fulcrum. ns Ignlvic2 mstdorN udT do to lamoxs no soi la 150 oiteto on Jud ittod muidi 550

your work Jor 1. Equilibrium Revisited! Given the static system shown below, pinned at point, P: Find the tension in the rope. The mass of the bar is 200g and its length is 40cm. Also, find the net pin force (in component form) at the connection between the bar and the fulcrum. ns Ignlvic2 mstdorN udT do to lamoxs no soi la 150 oiteto on Jud ittod muidi 550

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter6: Applications Of Newton's Laws

Section: Chapter Questions

Problem 29P: Two muscles in the back of the leg pull upward on the Achilles tendon, as shown below. (These...

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