Determine the rotational speed of link 3 of the mechanism given in figure P4.8 for the position shown. Use a complex numbers approach

Q: The kinematic scheme of the mechanism is given. Find the degrees of freedom (DOF) and the groups of…

A: Number of links = l=8 Number of binary joints=j=10 Number of higher pairs =h=0 DOF=Degree of freedom…

Q: A system is moving like in the figure below. Find the angular velocity of link AB if point C is…

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Q: A centrifuge is often used for astronaut training. A simplified version is sketched in Figure P3-22,…

A: As the cockpit is rigidly fixed to the arm, there won't be any Coriolis component of acceleration…

Q: 1. Draw and write the force equation of the linear translational system shown, and find the transfer…

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Q: Figure Q6 (b) shown four bar linkages system, where crank length is 6.25 cm, connecting rod length…

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Q: 3 A slender rod 1.4 m long and of mass 20 kg is attached to a wheel of mass 3 kg and radius 0.05 m,…

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Q: 34" C: 57 "radius 150 7. Figure P4-2

A: The instant center of rotation (also, instantaneous velocity center, instantaneous center, or…

Q: a) get the equations of motion by drawing the free body diagrams of the given system. b) obtain the…

A: Given data To determine the equation of motion by drawing the free body diagram of the given…

Q: For the rotational mechanical system with gears shown in Figure P2.18, find the transfer function,…

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Q: DI 3.4-6. Use the graphical method to solve this problem: Minimize Z = 3x¡ + 2x2,

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Q: For the mechanism shown in Figure P3.13 (a) Draw the velocity polygon (1 in = 10 in/sec) (b)…

A: GIVEN ro2B=1.5 in, rBD=3 in , ro2o4=4 in,  ro4D=2.5 incrBC=3.5 inc,  rCD=1 inch, θ2=60ο, θ˙2=300…

Q: For the mechanism shown in Figure Q2(b), by using the Graphical Method, examine the motion and…

A: Given data     To examine the motion & instantaneous entres

Q: 4 VB 3 45° B 2 0 O4* The figure above shows a six-bar linkage where the slider (2) is the input…

A: There are two types of accelerations that are acting on a circular surface. One type of acceleration…

Q: Use the planar version of Gr¨ubler's formula to determine the number of degrees of freedom of the…

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Q: 2) For the system shown below, find the equivalent mass of the pinion-rack assembly with respect to…

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Q: echanism shown in figure P4.9, determine (a) the velocity of point 3 (b) the sliding

A: r02A = 6 cmrAB = 12 cmrBC = 9 cmθ1 = 315∘θ2 = 180 rpm  Angular velocity = 2 π N60 = 2 π 18060…

Q: 06(-7.0, 9.1) Cz on 3 C, on 6 6. B 3 A 4. y 2 0, (-4.0, 2.0) 0, (0, 0) 1

A: given: configuration diagram with all dimension

Q: A rock is thrown horizontally off a 100 m high-rise building as shown in Figure Q4(a). It lands 95 m…

A: Given data,  Height of building is H= 100 m  Landed at distance of x= 95 m  Let acceleration due to…

Q: 3.23 Consider the geared system in Figure P3.23, where double-headed arrows are used to describe…

A: Given : To find : Free body diagram Equations Transfer function

Q: (b) Explain what is wrong with the system shown in Figure Q4(b).

A: We all know that the refrigerator is a device who take a heat from low temperature and reject it to…

Q: A system is moving like in the figure below. Find the angular velocity of link AB if point C is…

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Q: Graphically position the links for the shearing mech- anism in the configuration shown in Figure…

A: Given  position the link as shown in figure

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Q: Analytically calculate the maximum angular displacement (throw) of the ram for the rock crushing…

A: Given data as per question Length of crank =60 mm Considering the graphic diagram of the system…

Q: P4.15 For the mechanism shown in figure P4.15, determine (a) the angular velocity of link 3 (b)…

A: Given data as follows θ'2=120 rpmθ2=135°r2=4cm FBD of kinematic chain

Q: or the mechanism shown in figure P4.5, determine (a) the angular velocity of link 3 (b) the…

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Q: Find the mass matrix and stiffness matrix of the system shown in Figure K3 82 K2

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Q: 4) The criterion of constraints for a kinematic chain having plane motion is given by the equation:

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Q: Find the degrees of freedom of the following mechanism:

A: Hello. Since you have posted multiple questions and not specified which question needs to be solved,…

Q: actuator needs to re 6. Graphically position the links for the box used to load supplies onto…

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Q: approach

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Q: The geared system shown in Figure P3.19 represents an elevator system. The motor has an inertia I,…

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Q: Figure Q4 shows the schematic for a pressure pad. The pad has area A and is connected to a rod of…

A: “Since you have posted a question with multiple sub-parts, we will solve the first three subparts…

Q: P4.3 Consider the system in Figure P4.3. Rigid bar mass = m Figure P4.3 A rigid bar connected to…

A: given; stiffness of spring=kmass of bar=mmass of ball=mlength of bar=l

Q: Derive the set of differential equations for a three mass-four sprang system as shown in Figure…

A: A Spring system is a system in which the mass in the system is concentrated on the spring. The…

Q: Given: A shaft rotates about a fixed vertical axis at a constant rate of f, as shown below. A…

A: Solution: Given Data: Ω=5 rad/sθ˙=4 rad/sθ¨=-3 rad/s2L=2 mθ=0o

Q: For the mechanism shown in Figure P3.8, deter- mine the linear velocity of point D using instanta-…

A: Given data    To determine :the linear velocity of point D using instantaneous centers.

Q: For the mechanism shown in Figure P3.18 (a) Draw the velocity polygon (employ scale: 1 cm = 10…

A: Let OV be the origin From Ov we draw velocity vector of each link which will  perpendicular to their…

Q: Write the two equations of motion for mass #1 and mass #2 relating X1(s) and X2(s) to the force,…

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Q: Figure 13 shows a simple model of a machine part, with an applied moment applied clockwise to the…

A: Lagrange’s equations is defines as the equation of motion of a mechanical system with multiple…

Q: Graphically position the links for the shearing mechanism shown in Figure P4.7 into the configu-…

A: Liner displacement can be defined as the motion of a body in a linear mode in a single line or axis.…

Q: 54. Analytically calculate the maximum linear c placement (stroke) of the blade for the sheari…

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Q: Figure Q 6 shows a pendulum with a torsional spring at the pivot point. The spring stiffness is 2 N…

A: (a) To draw: The free body diagram: Free body diagram: The free body diagram is shown below:

Q: P4.7 For the scaled mechanism shown in figure P4.7, determine (a) the acceleration of point B (b)…

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Q: 6.3 Derive the differential equations governing the two degree-of-freedom system shown in Figure…

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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.