Determine which (if either) of the following linkages can be driven by a constant-velocity motor. For the linkage(s) that can be driven by the motor, indicate the driver link.

Q: Determine the degrees of freedom for the given mechanism

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Q: Assume that you are to design a 3V V-belt drive. Given that input speed as 1750 rpm and nominal…

A: Input speed of belt N1=1750rpm, Output speed of belt N2=725rpm,Belt Linear VelocityVb=4000ft/min…

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

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Q: n Electrical motor (heavy start) that delivers 53,57 kW at 1440 r/min must be connected to a tary…

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Q: justt using the rule attached plss i need her all sloving

A: Based on the information you've provided and the image you sent, I can help you with the heat…

Q: A offset crank-slider mechanism is used in a conveyor loading device. Find the crank length in mm…

A: Here, CBDC: 107 mm below and 140 mm to right of A. Stroke: 52 mm along a 42° incline. To determine…

Q: inverse kinematics of

A: introduction: we have to find out inverse kinematic

Q: Design a quick return mechanism with 2400 mm stroke, time of forward stroke is 3s, return stroke…

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Q: The number of DOF

A: Given: Number of degree of freedom of a planar linkage with link=14 joints=17Where, DOF= it is a…

Q: Draw the mechanism on the side schematically, determine the parameters of the links. Draw the…

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Q: Find the toggle position and determine the transmission angle of this system. Please use the…

A: Given:To find:Toggle position and transmission angle.

Q: Do asap

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Q: You are given a set of three links with lengths 2.4 in, 7.2 in, and 3.4 in. Select the length of a…

A: From the given question we have :P=3.4in" data-mce-style="display: inline-block; line-height: 0;…

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: QUESTION 3 Assume that you are to design a 3V V-belt drive. Given that input speed as 1750 rpm and…

A: input speed, N1 = 1750 rpm output speed, N2 = 725 rpm linear velocity, v = 4000 ft/min

Q: Find the degrees of freedom of the following two different links Pin in slot b.

A: Solution:

Q: Draw a kinematic diagram for the following mechanisms and suggest a possible real life use for it.

A: We'll calculate the degrees of freedom (D oF) for each mechanism to verify their mobility according…

Q: Draw the Kinematic Diagram of the following Mechanism (label the links andjoints). Then, calculate…

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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: should draw a thr u should verify Dc

A: Degree of freedom: It is defined as the number of independent relative motions that a pair can have.…

Q: Find the maximum and minimum transmission angles over its range of motion.

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Q: Which of the following is the correct position vector loop equation for the linkage below? ONT +7…

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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: What criteria does the linker use to choose between these two seemingly equivalent operations?

A: Equivalent operations produce the same result but can use different methods or syntax. In…

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: What is the extreme transmission angle values by using maxima and minima condition, of the…

A: The extreme transmission angle in the four-bar mechanism is given as : μmin=sin-1cos2θ2 here ,…

Q: Determine the Degree of freedom for following PLANAR Linkage:

A: Determine the Degree of freedom.

Q: Determine the number of degrees of freedom for the following mechanisms: P2 4

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Q: b) Generate kinematic diagram for link and joint for mechanism in Figure 1b Crank- Coupler

A: Given:In the above diagram the OA is the crank which rotates in 360o, hencetransfered motion to the…

Q: In Figure 1.b., the crank OA rotates at a constant angula velocity of 12 rad/s in the anti-clockwise…

A: Given

Q: Crank Rocker mechanism, Link 1 = 177.8 mm; Link 2 = 228.6 mm; Link 3 = 76.2 mm and Link 4 = 203.2…

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Q: inematic frames for the manipulator.

A: Denavit-Hartenberg (DH) is a mathematically representation to write the equation for a manipulator…

Q: sin-D-d 20 V4C² - (D – d² D-d sin 20 Op

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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: CHA

A: For solution refer below images.

Q: Get a kinematic diagram (schematic view) equivalent to the following mechanism and its degree of…

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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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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.