Input crank AB of the mechanism described above is currently at 60 degrees and is rotating CCW with a speed of 2 rad/sec, while accelerating with 2 rad/sec2.What is the tangential component of acceleration of point C with respect to B and its direction?

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: Figure B2 shows a crank driven assembly that comprises three connected slender bars (AB, BC and CDE)…

A: Given: AB=0.3 mBC=0.5 mCD=0.3 mDE=0.6 mθ˙=10 rad/s

Q: PROBLEM 2 For the mechanism shown determine the following: a) The angular velocity of link 3 (, ) b)…

A: The values are r2=5 cm, r3=9.4 cm, θ2=115°, θ3=65.5° The angular velocity of link 2 is N2=100 rpm…

Q: A ac www 30 ° COAB B Figure Q2 Figure Q2 shows a simplified version of a car engine system with AB…

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Q: 4. A pulley has a constant angular acceleration of 5 rad/sec?. When the angular velocity is 4…

A: Givenα=5 rad/s2ω=4 rad/sa=8ft/s2

Q: The mechanism shown below consists of a crank AB (the blue part) and a slotted L- shaped link (the…

A: given data ,                     θ =30°,                   αAB=10 rad / s2…

Q: a) In given figure below for the position shown, calculate angular accelerations for both linkages…

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Q: Q4: The pulley G shown in figure (3) rotates with an angular acceleration of (a = 24 02) rad/sec',…

A: Given α = 24 θA1/2 rad/s2 t = 3s To find Angular acceleration for t = 3s

Q: The table shown below describes a 6-bar linkage. Dimension Description 35 mm 2 cm 20 mm Link 1…

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Q: Q6. Sketch the acceleration vector diagram for the engine mechanism below in fig.6, clearly…

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Q: A motorcyle with 20 in wheel is travelling down a road at 15 mi/hr A. Find the angula velocity in…

A: Given data: d=20 in=0.508 mv=15 mi/hr=402.336 m/min Need to determine the angular velocity in…

Q: Consider an offset inverted four-bar slider crank mechanism as shown in the following figure.…

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Q: (d) A mechanism is shown in Figure 1d which consists of a crank OA. The crank (OA) rotates at 20 rpm…

A: Angular velocity is the rotational velocity of a body. It is equal to the angular distance covered…

Q: For the Figure shown, draw the kinematic diagram and Using instantaneous center method locate all…

A: The kinematic diagram of the mechanism is given below, The number of links in the given kinematic…

Q: Problem 2. For the mechanism in the configuration shown in the Figure, ro28 = 4.0 cm, rDB = 10.0 cm,…

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Q: Write the kinematic equations for rectilinear motion for variable acceleration.

A: This question is based on the equation of rectilinear motion

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: 5. For the following pin-collected link assembly, link AO is pinned at point O, and moves with…

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Q: The mechanism shown below consists of a crank AB (the blue part) and a slotted L- shaped link (the…

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Q: velocity

A: vb=ω2AB with known velocity draw velocity diagram from velocity diagram we get vb=vc it is same for…

Q: For the configuration of slider crank mechanism shown below, calculate the (i) velocity and…

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Q: 2 rotates at a constant speed of 300 rpm in clockwise direction with the length of AB being 0,3 m.…

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Q: For the configuration of slider calculate the i) velocity and acceleration of the pt. C (ii)…

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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: gular acceleration of link BC

A: given   angular velocity = 2 rad/s  angular acceleration =  4 rad /s

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: point. B Ө A 0.5 m 0, α

A: Given system,

Q: For a quarter-car model shown, drive the equations of motion in matrix form. Submit your hand…

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Q: Find the velocity of the slider D and the angular velocity of link CD for the engine mechanism shown…

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Q: Crank 2 (link 2) of the system illustrated in the figure below a constant speed of 60 rev/min ccw.…

A: Calculate the length of AC. sin 15° =AC7Calculate the length of O₂C.  COS15°=O2C7O2C =6.7614 in…

Q: e direction shown. Positive angular velocity and acceleratior e in the counterclockwise…

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Q: In 4 bar mechanism, suppose if the crank does not rotate with constant angular velocity, then the…

A: In a four-bar mechanism, the crank is the shortest link that rotates fully if it is attached to the…

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.