Machine ELEMENTSAssume w2 is clockwiseAnswer P.14 The following exercises are typical problems using the instant center method. Each exerciseis a complete mechanism.Exercises P.11 - P.14 are examples of four-bar mechanism. In cach problem, find the instant| centers. Assume w, is given, then determine w,, w,, and V,.P.11| P.12(3)(4)P.13P.14(3)(4)

Answered: Image /qna-images/answer/c838946e-418c-4b06-ad0c-7c0fc063dbfe.jpg

Answered: (3) (4) P.14 (2) 3) (3)

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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Steiner’s theorem and gyration radius. A metal tank wheel in the shape of a disc of radius R is lightened by cutting out six identical through- holes in the shape of discs, whose axes are parallel to the wheel’s axis of rotation, and whose radii are all r. The holes’ centers are positioned at the vertices of a regular hexagon of side A, with the wheel’s axis passing through the center of the hexagon. By what percentage is the wheel’s moment of inertia decreased around its rotation axis, as a result of the cut outs, for r=R/5 and A=3R/4. Is the solution: 27.95% (using negative mass for cutouts and parallel axis theorem)?
FA and FB balances the metal beam with a 360N of weight. FB experiences a force of 200N while FA is oriented at 30° from the y-axis. Using SINE/COSINE LAW, solve fora) Magnitude of FAb) Direction of FB
Q1. The 93 kg of block C shown in Figure Q1 is being towed with force of P and direction of 45⁰ from horizontal plane. (a) Draw the free body diagram of all forces exerted on block C. (b) Calculate the towing force, P and initial acceleration of block C, a if the towing force, P is increased until block C starts to move. Given the coefficient of static friction, μ, and coefficient of kinetic friction, uk are 0.4 and 0.2, respectively.
Q4/ find the center of gravity for figure below. 3 in. 4 in. 10 in.
Steiner’s theorem and gyration radius. A metal tank wheel in the shape of a disc of radius R is lightened by cutting out six identical through- holes in the shape of discs, whose axes are parallel to the wheel’s axis of rotation, and whose radii are all r. The holes’ centers are positioned at the vertices of a regular hexagon of side A, with the wheel’s axis passing through the center of the hexagon. By what percentage is the wheel’s moment of inertia decreased around its rotation axis, as a result of the cut outs, for r=R/5 and A=3R/5? Is the solution: 18.24% (using negative mass for cutouts and parallel axis theorem)?
c) Calculate the prime moment of inertia 2 2 8 6.
Q2. A 70 kg skier that moves from rest at A is shown in Figure Q2. Suppose friction can be neglected while the direction of the launching velocity at B and the orientation of the underneath ground are 30° and 40° from a horizontal axis x, respectively, determine: (a) the launching velocity of the skier at B using the formulation of conservation of energy. (b) the distance, s where the skier lands at C by considering motion in x and y axes.
3. Determine the displacement of an eight-cylinder engine having a bore of 3.25 in and a stroke of 3 in.
P.
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