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Done CODE - AGCBCA - PHGNT ppng 202 8. N2LT イー N2L R - Mr.a イ(L) -T() - Ie T= mriq tmria (mrg+ mra) ee - (mrigtmon)R)=Ja Rz (mrq) +Relmra)- Al(Moy)-Rilmria)= Ia Lz (m,g) -R Cmag)= Ia-Rzlmral tRi Cmreb こ a You are pulling on a rope attached to the outer radius of a pulley with a moment of inertia I = 4.86 kg m² as shown. The magnitude of the tension force of you on the pulley is 522.6 N. A pack of mass 35.9 kg is attached to the pulley's inner radius as shown. If the inner radius of the pulley is 0.46 m and the outer radius is 0.72 m, what is the magnitude of the linear acceleration of the pack? (in m/s 2) 14. AO 3.24 ВО 4.05 СО 5.06 DO 6.33 EO 7.91

Done CODE - AGCBCA - PHGNT ppng 202 8. N2LT イー N2L R - Mr.a イ(L) -T() - Ie T= mriq tmria (mrg+ mra) ee - (mrigtmon)R)=Ja Rz (mrq) +Relmra)- Al(Moy)-Rilmria)= Ia Lz (m,g) -R Cmag)= Ia-Rzlmral tRi Cmreb こ a You are pulling on a rope attached to the outer radius of a pulley with a moment of inertia I = 4.86 kg m² as shown. The magnitude of the tension force of you on the pulley is 522.6 N. A pack of mass 35.9 kg is attached to the pulley's inner radius as shown. If the inner radius of the pulley is 0.46 m and the outer radius is 0.72 m, what is the magnitude of the linear acceleration of the pack? (in m/s 2) 14. AO 3.24 ВО 4.05 СО 5.06 DO 6.33 EO 7.91

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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How would I find the linear acceleration
vif,z = vii,r- U2i,a Elastic collisions, 2 objects, 1D: v2r,ar w= 27f 11:38 AM Mon Mar 14 L 35% Done CODE - AGCBCA - PHGNI00 DPing 2UZT N2LT イー N2LR - Mr.a TCh)-T(A) Ta Pこ 7= Mriq tmria (mrigt mra) ee - (aristmra)R)=J Rz (mrq) +Relmra) - FI (MIy)-Ri(mria) - Ia - Ta-Rzlmral tRi Care I mzlmral -Ri(mr.g)s ar I Rz Mr t R.mrs You are pulling on a rope attached to the outer radius of a pulley with a moment of inertia I = 4.86 kg · m² as shown. The magnitude of the tension force of you on the pulley is 522.6 N. A pack of mass 35.9 kg is attached to the pulley's inner radius as shown. If the inner radius of the pulley is 0.46 m and the outer radius is 0.72 m, what is the magnitude of the linear acceleration of the pack? (in m/s^2) 5.06 DO 6.33 EO 7.91 14. АО 3.24 ВО 4.05
Transcribed Image Text:vif,z = vii,r- U2i,a Elastic collisions, 2 objects, 1D: v2r,ar w= 27f 11:38 AM Mon Mar 14 L 35% Done CODE - AGCBCA - PHGNI00 DPing 2UZT N2LT イー N2LR - Mr.a TCh)-T(A) Ta Pこ 7= Mriq tmria (mrigt mra) ee - (aristmra)R)=J Rz (mrq) +Relmra) - FI (MIy)-Ri(mria) - Ia - Ta-Rzlmral tRi Care I mzlmral -Ri(mr.g)s ar I Rz Mr t R.mrs You are pulling on a rope attached to the outer radius of a pulley with a moment of inertia I = 4.86 kg · m² as shown. The magnitude of the tension force of you on the pulley is 522.6 N. A pack of mass 35.9 kg is attached to the pulley's inner radius as shown. If the inner radius of the pulley is 0.46 m and the outer radius is 0.72 m, what is the magnitude of the linear acceleration of the pack? (in m/s^2) 5.06 DO 6.33 EO 7.91 14. АО 3.24 ВО 4.05
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