Question 3Three unbalance masses are as shown below, where m₁ = 150 g, m3 = 200 g, r₁ = 10 cm,72 = 10 cm, 73 = 12 cm, l₁ = -20 cm, l₂ = 35 cm, l3 = 105 cm, l = 90 cm, 8₁ = -40°,03 = 115°, and w = 20 rad/s.1. Find mass m₂ and its angle 9₂ so that the magintude of the reaction in B is FB =1.38 N and its angle is 0g = -78.4°.2.Find magnitude and angle of the reaction in A.m₂A111₂1110₂1₂My0₂11₂m₂

Given: →m1=150 g=0.15 Kg→m3=200 g=0.20 Kg→r1=10 Cm=0.10 m→r2=10 Cm=0.10 m→r3=12 Cm=0.12 m→l1=-20…

Question 3 Three unbalance masses are as shown below, where m₁ = 150 g, m3 = 200 g, r₁ = 10 cm, 12 = 10 cm, 13 = 12 cm, l₁ = -20 cm, l₂ = 35 cm, l3 = 105 cm, l = 90 cm, 8₁ = -40°, 03 = 115°, and w = 20 rad/s. 1. Find mass m₂ and its angle 8₂ so that the magintude of the reaction in B is FB = 1.38 N and its angle is 0g = -78.4°. 2. Find magnitude and angle of the reaction in A. 111₂ 1 ₂( 1₂ 11₂ m₂

Question 3 Three unbalance masses are as shown below, where m₁ = 150 g, m3 = 200 g, r₁ = 10 cm, 12 = 10 cm, 13 = 12 cm, l₁ = -20 cm, l₂ = 35 cm, l3 = 105 cm, l = 90 cm, 8₁ = -40°, 03 = 115°, and w = 20 rad/s. 1. Find mass m₂ and its angle 8₂ so that the magintude of the reaction in B is FB = 1.38 N and its angle is 0g = -78.4°. 2. Find magnitude and angle of the reaction in A. 111₂ 1 ₂( 1₂ 11₂ m₂

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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