äbäi 25 In a mechanism as shown in figure, the crank OA is 100 mm long and rotates in a clockwise direction at a speed of 100 rpm. The link BC is 200 mm long and the link AB is 300 mm long. (a) Draw space diagram and (b) draw the velocity .diagram of point A 300 mm 30° 100 mm A

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Q: Piston B as shown in Figure Q1 is moving to the right with velocity of 3 m/s and acceleration of 1.2…

A: (i) Write the give data. v=3 m/sa=1.2 m/s2LAB=1.5 mLOA=0.5 m

Q: Original Question: The figure below represents a pair of bevel gears A and B. Gear A rotates in a…

A: Given:The angular velocity of member OC is equal to the angular velocity of gear B because gear A is…

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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: @ CD dCD 4 В The bar linkage shown is set in to motion by applying a counter clockwise angular…

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Q: 2. The piston in the figure below has a downward velocity of 4.6 m/s. The lengths OC and BC are…

A: Since we only answer up to 3 subparts so we will answer the first 3. Please resubmit the question by…

Q: Point C of the mechanism shown in Figure has a velocity of 14 in/s to the right. Using the method of…

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Q: Piston B as shown in Figure Q1 is moving to the right with velocity of 3 m/s and acceleration o 1.2…

A: We will answer the first question since the exact one was not specified. Please submit a new…

Q: Question 3 For the mechanism shown in Figure 3, the gear has constant clockwise angular velocity of…

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Q: The crank, connecting rod and cross head of a stationary steam engine are shown diagrammatically in…

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Q: The gear is connected to Rack C in the picture shown below. The rope B is attached to the gear at…

A: given:

Q: below, find the ff: 1. Tangential acceleration of the end of the crank.(in/s2) 2. Normal…

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Q: Roller A of the Figure below moves downward to the left at 45 in./s. Using the method of…

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Q: 1. Angular velocity of links BC and CD. 2. Angular acceleration of links BC and CD.

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Q: In the mechanism shown in Pigure the link CD rotates at a constant speed of 300 rpm clockwise…

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Q: The angular velocity of the planetary gear Bis | rad/s .

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Q: Crank OA rotates with a counterclockwise angular velocity of 8.1 rad/s. By the method of this…

A: The angular velocity of crank OA is

Q: L. = = 10

A: The angular velocity of member OC is equal to the angular velocity of gear B because gear A is…

Q: A kinematic diagram of slider crank mechanism is shown in the following figure. The crank rotates at…

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Q: For the instant represented, crank OA has an angular velocity of wOA=20 rad/s CW. The angular…

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Q: In the mechanism shown in Figure Q1, crank AB is rotating clockwise with a constant angular velocity…

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Q: n, BC = 5 m)

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Q: For items 3-5, consider the bar assembly shown. The angular velocity of the bar AB is 4 rad/s…

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A: Given: Slotted mechanism To Find: the relation between x and y and velocities and acceleration of A…

Q: The clockwise angular velocity of the link AB shown in (Figure 1) is WAB = 1.8 rad/s. Figure Part A…

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Q: As shown the figure (a) Calculate the number of instantaneous centers using Arnold Kennedy Theorem…

A: we have to evaluate the number of instantaneous centers

Q: Link 2 of the mechanism shown rotates about the z-axis w.r.t. the ground (Link 1) at a constant…

A: Given: Rotational speed of the link 2 about z axis: →ωz=+2 rad/s      (taking + sign for clockwise…

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Q: Question 1- lo 250 mm On the diagram 1. Draw velocity vector of B 2. Draw velocity vector of A OB 3.…

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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…

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Q: The crank, connecting rod and cross head of a stationary steam engine are shown diagrammatically in…

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Q: The flywheel shown has an angular velocity of 600 rpm. The connecting rod AB slides through the…

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Q: Intensity of angular velocity of the AB bar in the system seen in the figure 4 is rad/s. Find the…

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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.