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- Analytically determine the linear displacement of the piston in the compressor linkage shown in the figure as the 45 mm. crank is rotated from its current position 90 degree clockwise.A crank-rocker mechanism is to be used to drive a ratchet mechanism. Using mathematics and specific illustrations, find the required crank length in inches required to generate this motion. The swing of the rocker is 35.0 from the vertical position in each direction. (Note: O2 is the crank pivot; O4 is the rocker pivot; C is the coupler-rocker joint; B is the coupler-crank joint). O2O4: 5.6 in.; lies in the horizontal plane O4C: 4.0 in.; mid stroke is verticalThe figure shows a variation of the Scotch-yoke mechanism. It is driven by crank 2 at an angular velocity and acceleration of 36 rad/s ccw and 120 rad/s2 ccw, respectively. Find the velocity and acceleration of the crosshead, link 4.|AO2|=75 mm. (Using Complex Algebraic approach do the Position Analysis; Velocity Analysis and Acceleration Analysis then solve the problem please)
- If you could while working the problem, draw both the kinematic diagram and free body diagram.In the Scottish Yoke mechanism in the figure, r = 63 cm, φ = 23 °, β = 116 ° and e = 34 cm are given. Accordingly, find the velocity of the S3 output since the angular velocity of the actuating limb is θ = 0.14 rad / s. Partial scoring; S3 50% in cmGive me right solution with clear calculations. The figure shows the mechanism, where the bar AB has an angular velocity of 12 rad / s. With these conditions, consider the reference level in D and indicate: 1. The angular velocity of the BC and CD. 2. The total mechanical energy of the system
- 1) From 0 to 10 sec, find alphaA1, alphaC1 in rad/s^2, omegaA1(t), omegaC1(t) in rad/s, thetaA1(t), thetaB1(t) and thetaC1(t) in rad, and the distance made by the load s1 in inches and in feet made by the load during this time.1.A rotor has an inner radius of 10.0 cm and an outer radius of 25.0 cm. It is fixed to a frictionless axle that goes through its center. The moment of inertia (I) of the rotor is 0.0235 kg m2. A set of 5 constant forces act on the rotor, as shown in the diagram below. (a) Find the net torque acting on the rotor, in units of Nm. Be sure to give both the magnitude and direction. (b) Find the angular acceleration of the rotor, in units of rad/s2. Give both the magnitude and direction. (c) Assuming it starts from rest at t = 0, how long does it take for the rotor to reach an angular speed of 565 revolutions pre minute (rpm)? Give your answer in seconds. (d) At t = 2.50 seconds, how many complete revolutions will the rotor have made?An inside cylinder locomotive has its cylinder centre lines 1 m apart and has a stroke of 1 m. The rotating masses per cylinder are equivalent to 100 kg at the crank pin, and the reciprocating masses per cylinder to 200 kg. The wheel centre lines are 2 m apart. The cranks are at right angles. The whole of the rotating and 2/3 of the reciprocating masses are to be balanced by masses placed at a radius of 0.8 m. Find the magnitude of the balancing mass on the right most wheel. Select one: A. 55.32 kg B. 322.3 kg C. 225.3 kg D. 115.3 kg
- Solve for Problem 2, when RN1 = 0145For the slider-crank mechanism shown in the following figure, link 1 rotates counterclockwise. AB=10mm, BC=30mm, e=10mm. Calculate the maximal pressure angle αmax.Data Mass A is at 35 mm from support X Mass B is at 96.5 mm from support X Mass C is at 122.7 mm from support X Mass A is at zero degrees and D at 90o from A A B C D Mass (g) 21 44 59 19 Eccentric length r (mm) 36 25 34 36 Calculate the following: Use the graphical method to determine the angular position of masses B and C. Calculate the position of mass D from support X. If the shaft rotates at 150 r.p.m calculate the dynamic force experienced by the bearings.