The crank A02 of the following mechanism is rotating at 20 rad/sec in the counter - clockwise direction. Find the velocities using Instantaneous Center method. All construction lines must be visible and must not be erased. AO2 AB BO4 AD BC 0204 30 120 40 40 40 80 A 130° 04 02 900 B Question Points Answer 1 Draw the position diagram 5 2 Locate the required instantaneous centers 10 3 What is the angular velocity of link AB? 5 4 What is the velocity of C? 5 5 What is the velocity of D? 5

Q: Find the velocity of point B and angular velocity in link 3 using relative analysis and polygon…

A: Given that: R2=O2A=4'',R3=AB=7'',R1=O2O4=9'',R4=O4B = 8'',θ2=30°  θ2'= 1 rad/sθ1=0°  θ1'= 0

Q: 83 AE = 8 cm AB = BC=CD=DE=6 cm 02=120° Os =1 rad/sec Os = 90° 02= 2 rad/sec Find the acceleration…

A: Given data,   crank AB=2 rad/sec   ED=1 rad/sec.   AE=8cm   AB=BC=CD=DE=6cm    θ2=120°    θ5=90°…

Q: given below, in the arm slide mechanism, the actuating limb angular position is (theta)θ12 = 600 and…

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Q: Q1. Determine the angular velocity (0) and angular acceleration (0) ofLink DC of the for bar linkage…

A: given dataN=100rpmω2=2πN60=2π×10060=10.47rad/sso, AB velocityV2=ω2×AB=0.47×400=4.2m/s ***Please note…

Q: Rinematics Review: For the linkage shown below, find the asc and aco at the instant shown if aAB is…

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Q: For exam reviewer: (DYNAMICS) A wheel has an initial clockwise angular velocity of 12 rad/s and a…

A: Given data  Initial angular velocity = 12 rad/sec Angular acceleration = 4.2 rad/sec^2 Final angular…

Q: b WOp, COP Known values: a 0.38 m 3.4 m 20° 68° Broblom Statomont.

A: abθϕ0.38m3.4 m20°68°Vp→=-0.5199i^+1.4283j^Vθ→=Vp→+ωθp→*rθp→ωθp→=ωθp(-k)…

Q: At the instant shown in Figure 1, determine by Graphical Method: a) Velocity and Acceleration of…

A: Data Given: Lengths of various links are given along with configuration diagram. Find: a) Velocity…

Q: The figure shows a linkage in one position. What is the instantaneous acceleration of point P if the…

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Q: The figure shows a linkage in one position. What is the instantaneous acceleration of point Pif the…

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Q: Connecting rod ABC, ahown below, moves along the confined paths atCand at B. At the instance shown,…

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Q: Give all the location dimensions between the datum target points, B1 ,C1 and B2, C1. B1, C1 : X =…

A: Since, the bottom part of the drawing represents dimensions in X and Y direction while the upper…

Q: The mechanism in the figure is given input on rod 2 with angular velocity (w2) = 4 rad/s. Calculate…

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Q: 1. The end A of the cord is pulled down with a velocity of 3 m/s, determine the angular velocity of…

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Q: Determine the magnitude of the velocity of block C at this instant.

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Q: Determine the rotation matrix for a rotation of 90° about x -axis, followed by a rotation of 45°…

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Q: pls using just the rules attached in picture i need her all. solving pls veryyy urgent

A: Identify Given Information:From the image, collect data on link lengths (a, b, c, d), input crank…

Q: Figure 2 with oco = 6 rad/s CCW. Find the velocity of point E on %3D BC and oAB-

A: Given: TO determine: Velocity at point E angular velocity of link AB

Q: we do theta 2 180-40=140 false or true?? i need to now the theta 2 very urgent

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Q: 9. Given the two-link revolute robot arm with L₁= 8 and L₂= 6, 01-35°, 0₂-20° find points Px and Py…

A: Given that :                         L1= 8                          L2= 6                         To…

Q: Q4. Sketch the acceleration vector diagram for the engine mechanism below in fig.4, clearly…

A: The acceleration of any link has two components : 1. Radial component : It always along the link. 2.…

Q: Calculate the acceleration of point A with respect to origin point 0. Remember that like velocity,…

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Q: ft ABL 0 0.75 ft P

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Q: Determine the rotation matrix for the following rotation of 450 about X axis rotation of 45º about Y…

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Q: the angular velocity

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Q: In the mechanism given below, if the velocity of the eccentric circular disc is 1 rad/s, the angular…

A: The mechanism is as shown below. We have a triangle, By pythagorous…

Q: The link lengths and the values of 02, W2, and y for some inverted fourbar crank- slider linkages…

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Q: Problem 2 For the mechanism shown if link AO1 = BC = 50 mm, AC = 200 mm, BO5 = 100 mm, and link A01…

A: problem 2:Given:A01=BC=50 mm, Ac=200 mm,B05=100 mmlink A01,rotates at 200 rpm ccw1.Draw velocity and…

Q: For the quick-return mechanism (at the instant shown): = 7/6 rad = -0.2 rad/s $=0 Perform a complete…

A: Given data;Initial angle of the crank ; Angular velocity of the crank ; Angular acceleration of the…

Q: earning Goal: he velocity of any point B in a rigid body can be described by VB = VA+W X IBA where w…

A: Given: The length, l1 = 3.1 ft The length, l2 = 1 ft The velocity of block C, Vc = 1 ft/s The angle,…

Q: Consider that we have a 3-R robot as shown in the figure below. The lengths of the links are:…

A: Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: The four-bar mechanism is driven by a crank (Link AB) which rotates clockwise at 150 rpm. For the…

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Q: According to the below figure, if the rotational velocity of link AB is constant and equal to 2…

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Q: Plot the positions of point C as a function of 0. Take 30° increntents of the crank rotation. 6. AA…

A: It is asked to draw the position of the mechanics for each 30 degree incremental angles

Q: 0,6 m 0.6 m acD = 4 rad/s² @CD =2 rad/s 0.3 m Figure Q4

A: As per honor code and answering guidelines I can answer 1st 3 subparts at a time.If you want other…

Q: 'oint C has a velocity of 12in/sec in the direction hown., and point B has a velocity of 10.4…

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Q: Draft and annotate the 2D sketch of suspension using AutoCAD and mention all the dimensions. Colour…

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Q: A 45° TITTIITI Figure 2: Slider cranck mechanism

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Q: 140 Q14/ A toggle mechanism is shown in figure along with the diagrams the links in mm. velocities…

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Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.