1. For the frictionless crank slider mechanism shown below answer following questions.Input parameters:w2 = -4 k (rad/s)m, = 0.05 blobIez = 0.4 blob. in?roa = 31 + 4j inrocz = 1.5i + 2j inaz = -2 k (rad/s?)m, = 0.03 blobIaa = 0.2 blob. in?= 3i – 3j inTAG2 = 1.5i – 1.5j inT = -100 k (lbf.in)m, = 0.06 blob"AB!!21-a) Determine velocity of slider V, and angular velocity of link 3 (AB) wz

. For the frictionless crank slider mechanism shown below answer following questions. Input parameters: o2 = -4 k (rad/s) n = 0.05 blob e2 = 0.4 blob. in? "OA = 3i + 4j in Tocz = 1.5i + 2j in az = -2 k (rad/s²) m3 = 0.03 blob Ica = 0.2 blob. in? TAB = 31 – 3j in = 1.5i – 1.5j in T = -100 k (lbf.ir m, = 0.06 blob %3D %3D

. For the frictionless crank slider mechanism shown below answer following questions. Input parameters: o2 = -4 k (rad/s) n = 0.05 blob e2 = 0.4 blob. in? "OA = 3i + 4j in Tocz = 1.5i + 2j in az = -2 k (rad/s²) m3 = 0.03 blob Ica = 0.2 blob. in? TAB = 31 – 3j in = 1.5i – 1.5j in T = -100 k (lbf.ir m, = 0.06 blob %3D %3D

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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