Give me the calculations only without theoretical writing and free body digram !! AR,R,Plan view of padTaFriction padBRelative motionP(u)Center ofpressure(a) The doorstop depicted in Fig. 16–2a has the following dimensions: a = 4 in, b = 2 in,c = 1.6 in, wi =1 in, w2 = 0.75 in, where wz is the depth of the pad into the plane ofthe paper.(a) For a leftward relative movement of the floor, an actuating force F of 10 lbf, a coef-ficient of friction of 0.4, use a uniform pressure distribution Pav, find Rx, Ry, Pav, andthe largest pressure Pa.(b) Repeat part a for rightward relative movement of the floor.

Give data c=1.6 in w1=1 inw2=0.75 inF=10 lbf Pav=Average pressurePmax=Maximum pressure

The doorstop depicted in Fig. 16–2a has the following dimensions: a = 4 in, b = 2 in, c = 1.6 in, w1 = 1 in, w2 = 0.75 in, where w2 is the depth of the pad into the plane of the paper. (a) For a leftward relative movement of the floor, an actuating force F of 10 lbf, a coef- ficient of friction of 0.4, use a uniform pressure distribution Pav, find Ry, Ry, Pav, and the largest pressure Pa. (b) Repeat part a for rightward relative movement of the floor. %3D

The doorstop depicted in Fig. 16–2a has the following dimensions: a = 4 in, b = 2 in, c = 1.6 in, w1 = 1 in, w2 = 0.75 in, where w2 is the depth of the pad into the plane of the paper. (a) For a leftward relative movement of the floor, an actuating force F of 10 lbf, a coef- ficient of friction of 0.4, use a uniform pressure distribution Pav, find Ry, Ry, Pav, and the largest pressure Pa. (b) Repeat part a for rightward relative movement of the floor. %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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Concept explainers

Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.

Question

Give me the calculations only without theoretical writing and free body digram !!

AR,
R,
Plan view of pad
T
a
Friction pad
B
Relative motion
P(u)
Center of
pressure
(a)

The doorstop depicted in Fig. 16–2a has the following dimensions: a = 4 in, b = 2 in,
c = 1.6 in, wi =
1 in, w2 = 0.75 in, where wz is the depth of the pad into the plane of
the paper.
(a) For a leftward relative movement of the floor, an actuating force F of 10 lbf, a coef-
ficient of friction of 0.4, use a uniform pressure distribution Pav, find Rx, Ry, Pav, and
the largest pressure Pa.
(b) Repeat part a for rightward relative movement of the floor.

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