Discuss why the differences in peak torque and average power between the two speeds 60 and 180°/secduring extension. Can you relate these differences to the measurements of strength and power? Why? Usethe force-velocity curve to answer this questionExtensionPeak Torque (N/M)Peak Torque (N/M)60•/secFlexion60°/sec180°/sec180•/secs1160.7119.2s178.375.3S290.857.2S249.336.7S3132104.9S389.368.2S4127.188.4S458.848.1S5213.3151S598.972.3S6138.2104.2S661.855.7S7115.484.1S749.240.8S8117.582.1S859.740.2S9119.580S962.343.2s10113.779.9S1053.638s11122.589.2S1157.633.8Average13295Average6550ExtensionAverage Power (W)FlexionAverage Power (W)60°/sec180•/sec60•/sec180•/secs1120.2202.5s166.9113.4S280.9134.8S245.777.1S3117.5272.6S374.7147.3S4116.2192.2S455.1105.1S5130255S567.3108.5S6118.9164.2S659.6114.7S794.1187.4S747.798.9S894.7128.9S84455.2S997.3130.4S948.160.6S1099.8152.1S1047.872.3S11101.4194.3s1153.7104.2Average106183Average5696

The relation between power and torque is that P=τ ω , where P is the power , τ is the torque acting…

Discuss why the differences in peak torque and average power between the two speeds 60 and 180°/sec during extension. Can you relate these differences to the measurements of strength and power? Why? Use the force-velocity curve to answer this question Extension Peak Torque (N/M) 60°/sec Peak Torque (N/M) 60°/sec Flexion 180 /sec 180•/sec s1 160.7 119.2 s1 S2 78.3 75.3 S2 90.8 57.2 49.3 36.7 S3 132 104.9 S3 89.3 68.2 S4 127.1 88.4 S4 58.8 48.1 S5 213.3 151 S5 98.9 72.3 S6 138.2 104.2 S6 61.8 55.7 S7 115.4 84.1 S7 49.2 40.8 S8 s9 117.5 82.1 S8 59.7 40.2 119.5 80 S9 62.3 43.2 S10 113.7 79.9 S10 53.6 38 s11 122.5 89.2 S11 57.6 33.8 Average 132 95 Average 65 50 Extension Average Power (W) 60°/sec Flexion Average Power (W) 60°/sec 180°/sec 180°/sec s1 120.2 202.5 66.9 s1 S2 113.4 S2 80.9 134.8 45.7 77.1 S3 117.5 272.6 S3 74.7 147.3 S4 116.2 192.2 S4 55.1 105.1 S5 130 255 S5 67.3 108.5 S6 118.9 164.2 S6 59.6 114.7 S7 94.1 187.4 S7 47.7 98.9 S8 94.7 128.9 S8 44 55.2 S9 97.3 130.4 S9 48.1 60.6 S10 99.8 152.1 S10 47.8 72.3 S11 101.4 194.3 S11 53.7 104.2 Average 106 183 Average 56 96

Discuss why the differences in peak torque and average power between the two speeds 60 and 180°/sec during extension. Can you relate these differences to the measurements of strength and power? Why? Use the force-velocity curve to answer this question Extension Peak Torque (N/M) 60°/sec Peak Torque (N/M) 60°/sec Flexion 180 /sec 180•/sec s1 160.7 119.2 s1 S2 78.3 75.3 S2 90.8 57.2 49.3 36.7 S3 132 104.9 S3 89.3 68.2 S4 127.1 88.4 S4 58.8 48.1 S5 213.3 151 S5 98.9 72.3 S6 138.2 104.2 S6 61.8 55.7 S7 115.4 84.1 S7 49.2 40.8 S8 s9 117.5 82.1 S8 59.7 40.2 119.5 80 S9 62.3 43.2 S10 113.7 79.9 S10 53.6 38 s11 122.5 89.2 S11 57.6 33.8 Average 132 95 Average 65 50 Extension Average Power (W) 60°/sec Flexion Average Power (W) 60°/sec 180°/sec 180°/sec s1 120.2 202.5 66.9 s1 S2 113.4 S2 80.9 134.8 45.7 77.1 S3 117.5 272.6 S3 74.7 147.3 S4 116.2 192.2 S4 55.1 105.1 S5 130 255 S5 67.3 108.5 S6 118.9 164.2 S6 59.6 114.7 S7 94.1 187.4 S7 47.7 98.9 S8 94.7 128.9 S8 44 55.2 S9 97.3 130.4 S9 48.1 60.6 S10 99.8 152.1 S10 47.8 72.3 S11 101.4 194.3 S11 53.7 104.2 Average 106 183 Average 56 96

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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