slove it by complex algebra method Create a slider crank mechanism to cut fruit as shown in Fig. 1. Identify all the dimensionsrequired to cut fruit with maximum diameter of 30cm.T₁knife30cmFig. 1Determine value for r₁ in Fig. 1 if you want to create a quick return mechanism with ratio of1:1.5.

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Answered: Create a slider crank mechanism to cut…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Problem Statement: A car drives on a circular track with radius 270 m. Initially, the displacement s=0 and the speed is 24 m/s. The car then begins to accelerate at At 0.3s (given in m/s? where s is in meters). After 3.4 seconds has passed, determine: (To get this answer you may need to use a table of integrals and/or a numerical equation solver.) The distance traveled: ûn The velocity vector: un The acceleration vector: Be sure to include units with your answers.
3. Design a quick return mechanism with 120 cm stroke, time of forward stroke is 1.2s, return stroke time is 0.4s, fixed link length of 25 cm and driving crank length of 40cm. Determine a.Range of values of L2 b.a and B cộ1 and 2 d.Actual value of L2
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Please show the complete step-by-step solution. Choose the answer from the choices below. I’ll rate you with an upvote later. Thank you.
Lessons Discussed: Dynamics of Rigid Bodies, Erratic Motion, Rectilinear Motion, Curvilinear Motion, Motion of a Projectile: Normal and Tangential Components. Reminder: Kindly show the complete step-by-step solution. Please make sure that your handwriting is understandable and the picture of the solution is clear. I will rate you with “like/upvote” after. I need the answer right away, thank you. Given Problem: Please see the attached photo.
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Using the image on the Moment of Inertia Tab, where the following criteria are considered:Assign the values to “Apply torque” = 2 Nm, “Brake force” fr = 0.2 N. “Platform Mass” m= 0.25 kg.Use"radians" for angle units. Write down the values that appear in the graphs of torque, a moment of inertia, and angular acceleration. Then, obtain the other physical quantities by applying the equations of rotational dynamics that correspond to:Time:4.5Applied torque:2 N-mBrake torque:Net torque:Angular impulse:Moment of inertia:Angular acceleration:Initial angular velocity:Final angular velocity:
A sliding block C moves along a horizontal line Q2C. A rotation arm Q2B is 4 ft 3 in long and rotates around a center Q2. The connecting rod BC is 8 ft long. This rod is extended to D, making BCD 11 ft 9 in long. Make a drawing of this linkage and trace the path of D while the arm makes 1complete revolution CCW. Locate points for each 15 deg movement of the arm Q2B, beginning with Q2B coinciding with Q2C. Scale: 1 in = 1 ft
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Solve what is asked: A person kicks a ball off a cliff with a velocity of 20 m/s, 30° from the horizontal. It takes 20 seconds to hit the ground, 1. Find the height of the cliff. 2. Find the final vertical velocity of the ball just before it hits the ground. 3. Find the total horizontal range travelled by the ball. 4. Find the magnitude of the final velocity of the ball just before it hits the ground. 5. Find the direction of the final velocity of the ball just before it hits the ground.
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VELOCITY ANALYSIS. For the single-degree-of-freedom mechanism shown below, the angular velocity on link 2 is w, = 1 rad/s ccw. a) Centers and AVRT to Calculate the direction and magnitude of w3. b) c) Locate and mark all of the instant centers. Then, use the method of Instant Calculate the direction and magnitude of the velocity of point C on the slider. Calculate the direction and magnitude of the velocity of point D on link 3 RAD = 4 in, Rap = 3 in, Rac = 6 in ground slider link 2 link 3 Note: the dimensions of this problem were intentionally chosen so that the geometry can easily be recreated on paper.

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Create a slider crank mechanism to cut fruit as shown in Fig. 1. Identify all the dimensions required to cut fruit with maximum diameter of 30cm. TI knife 30cm Fig. 1 Determine value for r₁ in Fig. 1 if you want to create a quick return mechanism with ratio of 1:1.5.