From equation (11), by substituting into equations (1), (2) and (3), obtains:F = 7.40N, Fany = -154.1N and T = -41.73 NmH.7.5.3 Example (3): Determine the torque applied on crank 2 to be required for equilibrium ofالرفق باران0نما2Aدthe slider-crank mechanism shown in Figure (8), when a force of 500N acts on the connectingrod at point C. Also determine the bearing forces when the crank angle 0=60°. The dimensionsare given as: OA=150mm, AB=450mm, and AC=120mm.60°الفرحالمرفق على الطبق30°ماماP=5OONانتوملتحمه عطلوب--B(12)موترP=4000Nالحلول النهائيةو .15 5 *f21xs -3513.2Fz 2 5 7 39.20F34 51276.6~د

The force acting on the connecting rod, P3 = 500 NThe crank angle, θ = 30ᵒThe dimensions, OA = 150…

From equation (11), by substituting into equations (1), (2) and (3), obtains: Fnr = 7.40N, Fay = -154.1N and T = -41.73 Nm H. 7.5.3 Example (3): Determine the torque applied on crank 2 to be required for equilibrium of اعرفة بلال اوجه the slider-crank mechanism shown in Figure (8), when a force of 500N acts on the connecting 2 A عد rod at point C. Also determine the bearing forces when the crank angle 0=60°. The dimensions are given as: OA=150mm, AB=450mm, and AC=120mm. P3=500N 60° Th ا بقوة النوم ما 30° لتحمه عطلوب (12) امه حماه -B immat P=4000N الحلول النهائية Tes 515.g N.m F21xs -3513.2 2 2 5 7 89.2 Fay 51296. N

From equation (11), by substituting into equations (1), (2) and (3), obtains: Fnr = 7.40N, Fay = -154.1N and T = -41.73 Nm H. 7.5.3 Example (3): Determine the torque applied on crank 2 to be required for equilibrium of اعرفة بلال اوجه the slider-crank mechanism shown in Figure (8), when a force of 500N acts on the connecting 2 A عد rod at point C. Also determine the bearing forces when the crank angle 0=60°. The dimensions are given as: OA=150mm, AB=450mm, and AC=120mm. P3=500N 60° Th ا بقوة النوم ما 30° لتحمه عطلوب (12) امه حماه -B immat P=4000N الحلول النهائية Tes 515.g N.m F21xs -3513.2 2 2 5 7 89.2 Fay 51296. N

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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