5. Dak Prescott has a mass of 107 kg and is 25 years old. Calculate the total moment ofinertia for his arm, considering his shoulder to be the axis of rotation, when he is gettingready to throw a touchdown pass. The football has a mass of 0.45kg. You can add themass of the football to the mass of his hand.SegmentLength (cm)Mass (%)COM Location (%)WMWMWMUpper Arm27.5128.172.552.7157.5457.72Forearm26.4326.891.381.6245.5945.74Hand7.808.620.560.6174.7479.00Thigh36.8542.2214.7814.1636.1240.95Shank43.2343.404.814.3344.1644.59Foot22.8325.811.291.3740.1444.15SegmentMassk2IUpper armForearmHandTotal IMacBook Pro

5. Dak Prescott has a mass of 107 kg and is 25 years old. Calculate the total moment of inertia for his arm, considering his shoulder to be the axis of rotation, when he is getting ready to throw a touchdown pass. The football has a mass of 0.45kg. You can add the mass of the football to the mass of his hand. Segment Upper Arm Forearm Hand Thigh Shank Foot Segment Upper arm Forearm Hand Length (cm) W 27.51 26.43 7.80 36.85 43.23 22.83 Mass M 28.17 26.89 8.62 42.22 43.40 25.81 Mass (%) M W 2.55 1.38 0.56 14.78 4.81 1.29 K 2.71 Total I 1.62 0.61 14.16 4.33 1.37 COM Location (%) W M 57.72 45.74 79.00 40.95 44.59 44.15 57.54 45.59 74.74 36.12 44.16 40.14 k² I

5. Dak Prescott has a mass of 107 kg and is 25 years old. Calculate the total moment of inertia for his arm, considering his shoulder to be the axis of rotation, when he is getting ready to throw a touchdown pass. The football has a mass of 0.45kg. You can add the mass of the football to the mass of his hand. Segment Upper Arm Forearm Hand Thigh Shank Foot Segment Upper arm Forearm Hand Length (cm) W 27.51 26.43 7.80 36.85 43.23 22.83 Mass M 28.17 26.89 8.62 42.22 43.40 25.81 Mass (%) M W 2.55 1.38 0.56 14.78 4.81 1.29 K 2.71 Total I 1.62 0.61 14.16 4.33 1.37 COM Location (%) W M 57.72 45.74 79.00 40.95 44.59 44.15 57.54 45.59 74.74 36.12 44.16 40.14 k² I

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Engineering Mechanics: Inertia