select the correct option for the motion of link 2 when link 4 is moved upwards

Q: Select one simple mechanism(dont select Slider crank mechanism) (4 links) and explain the following…

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Q: Find the toggle and limit positions.

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Q: Design of Slider-Crank Mechanisms For Problems 5-11 through 5-18, design a slider with a time ratio…

A: GivenQ=1∆R4lmax=0.9mmt=0.4s

Q: For Problems 16 through 18, draw the orthographic views needed to describe the part completely. Save…

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Q: Given the details of the offset slider crank mechanism, determine the accelerations of the pin…

A: The length of link 2 is The length of link 3 is The angle is The angular velocity of link 2 is The…

Q: Do asap

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Q: If the link lengths are given as 24,32,28,31, according to Grashoff's criteria, is the name of the…

A: Given data: Length pf shortest link (s) = 24 Length pf largest link (L) = 32 Length of the other…

Q: Create 2 kinematic diagram of a mechanism that can draw a square (with driving linkage and crank)

A: It is asked to draw kinematic diagram to plot a square

Q: Draw the Acceleration diagram for the following slider crank mechanism. Crank rotating anti-clock…

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Q: Construct two position synthesis of single slider crank mechanism by relative pole method.

A: introduction; relative pole method- relative pole is the center of its rotation with respect to…

Q: Determine graphically all possible values for 0, and the slider position in crank-slider mechanism…

A: Here the Given Data θ2=30°θ4=90°Offset =3 cmlink 2=2cmlink 3=5cm

Q: - 20 cm long ground link - 10 cm long

A: To create a four-bar linkage with an output link that can make complete circles, you can use the…

Q: 2. Power Unit STROKE LENGTH After receiving the signal for a designed rudder angle from the control…

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Q: Determine the road wheel steer angle given the following information; Steering wheel input: 64…

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Q: By finding all the sudden rotation centers of the mechanism given in Figure 1 below Explain by…

A: The sudden rotation center is known as the Instantaneous center. The total number of instantaneous…

Q: If the link lengths are given as 23,27,25,29, according to Grashoff's criteria, is the name of the…

A: Give links are L = 29   S = 23    P= 27    Q = 25   To find Mechanism according to Grashoff's…

Q: Determine the degrees of freedom for the given mechanism.

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Q: In a food processing industry, the processed rice flour is collected in a 100 kg capacity container.…

A: given data  In a food processing industry, the processed rice flour is collected in a 100 kg…

Q: Draw the top and front view of the figure 2 using AutoCad

A: Orthographic Projection It is a form of presenting a three-dimensional object into Two dimensional.…

Q: A link which makes no revolution or sliding or oscillating motion is known as O slider connecting…

A: Frame is the correct option.

Q: The crank-rocker mechanism is an example of motion Select one: O a. Rotation-translation O b.…

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Q: The governor is rotating at 300 rpm when the radius of the ball is 150mm and when the radius of the…

A: Condition of isochronous is speed will constant at every radius of rotation. So it is the condition…

Q: AB is rotating counterclockwis on of (aAB = 0.6 rad/sec2). T ween C and B is rB/C = 1.6 cm Slider D…

A: vB = 3(0.1) = 0.3 m/saBt =  9 × 0.1 = 0.9 ms2aBn = 32 ×(0.1) = 0.9 ms2vB = vc+ Ω× rB/C + (vB/C)xyz…

Q: If the link lengths are given as 22,12,16,38,

A: The lengths of links are, Shortes link, S=12Longesr link, L=38Other link, P=22 and Q=16

Q: Q2. Draw a quick return mechanism that has time ratio between return and forward of 4:7.

A: Given:The quick return ratio or time ratio of the forward stock to return stock is   where the…

Q: Create a fourbar linkage design (with moveable pivots at C and D) to move link CD from location C1D1…

A: To Find:the design to move the link CD from location C1D1 to C2D2.Given:It is asked to draw the…

Q: please urgent with using the formulas attached below of slider crank only the formulas attached…

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Q: (MO14) 4. Design a quick return mechanism with 270 cm stroke, time ratio of 3, fixed link length of…

A: Consider the given data, Crank length, s= 97.5cm Time ratio, t=3 Fixed link length, l=75cm Stroke,…

Q: a four bar chain ABCD, the lengths of crank 3, coupler BC, rocker DC and fixed link AD are O mm, 40…

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Q: For the inverted slider crank linkage shown below, the input link is OA, the output link is CB and…

A: Introduction: The idea of the instant centre allows one to quickly determine the unknown angular…

Q: Given a cam motion 0 degrees to 90 degrees-dwell 90 degrees to 180 degrees- rise by 22mm using…

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Q: Draw a 3 kinematic diagram of a mechanism that can draw a square including its driving linkage AND…

A: It is asked to draw kinematic diagram to plot a square

Q: Sketch a planar linkage that has the ability to pick up a small ball and move it from one location…

A: Sketch a planar linkage that has the ability to pick up a small ball and move it from one location…

Q: Locate all the centros & determine the linuar velocities of prints C, D&E in A/min & angular…

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Q: Draw the kinematic diagrams of the following mechanisms and compute the number of Degrees of Freedom…

A: A typical foot pump along with its joints and links is shown below.

Q: The reversing motor,which is controlled by two power relays,can be rotated in both directions as…

A: The ladder and Relay diagram for the given system is shown below which can be used to control the…

Q: Q5 when the motion called rectilinear

A: There are various types of motion. 1. Linear motion. 2. Projectile motion 3. Circular motion. 4.…

Q: As mentioned in the below given DCV, extend stroke respectively. and Lare the positions are used for…

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Q: 50 kg Mạ - 3 ft- - 3 ft | 200 lb · ft Collar 4 ft B 12 Smooth surface Fig 1

A: Given-Data:-  Force=50kg=110.231lb To-Find:- Reactions on the bent rod

Q: Draw the kinematic diagrams of the following mechanisms and compute the number of Degrees of Freedom…

A: A typical foot pump along with its joints and links denoted is shown below.

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.