My name is Yagnik Vadi so my question is 35 in both table.

My name is Yagnik Vadi so my question is 35 in both table.
Humber College MECH 212 RMB This is graphic and analytical assignment. You will work on 2 common types of mechanism, a four bar linkage and a slider. The kinematic diagram is given. You must use a proper scale for drawing and the instant centers. Four bar linkage table O2O4 = 800 mm No. O2A AB AM O4B φ° 1. 200 580 300 710 20 2. 210 600 840 710 45 3. 200 600 400 480 60 4. 320 980 200 620 130 5. 300 970 1200 615 100 6. 220 590 720 700 30 7. 300 1100 520 610 50 8. 220 620 800 680 120 9. 320 1000 800 590 150 10. 300 800 100 600 30 11. 200 600 400 500 45 12. 240 600 250 700 150 13. 300 760 500 500 70 14. 210 630 320 650 60 15. 200 580 300 710 60 16. 210 600 840 710 30 17. 200 600 400 480 40 18. 320 980 200 620 50 19. 300 970 1200 615 60 20. 220 590 720 700 70 21. 300 1100 520 610 80 22. 220 620 800 680 110 23. 320 1000 800 590 120 24. 300 800 100 600 130 25. 200 600 400 500 140 26. 240 600 250 700 150 27. 300 760 500 500 200 28. 210 630 320 650 230 29. 200 580 300 710 240 30. 210 600 840 710 250 31. 200 600 400 480 300 32. 320 980 200 620 310 33. 300 970 1200 615 320 34. 220 590 720 700 330 35. 300 1100 520 610 25 36. 220 620 800 680 35 37. 320 1000 800 590 45 38. 300 800 100 600 55 39. 200 600 400 500 65 40. 240 600 250 700 75 41. 300 760 500 500 115 42. 200 580 300 710 125 43. 210 600 840 710 135 44. 200 600 400 480 145 45. 320 980 200 620 155 46. 300 970 1200 615 215 47. 220 590 720 700 225 48. 300 1100 520 610 235 49. 220 620 800 680 245 50. 320 1000 800 590 295 51. 300 800 100 600 305 52. 200 600 400 500 60 53. 240 600 250 700 120 54. 300 760 500 500 70 55. 210 630 320 650 140 No. Student No. 1. Abdool, Imrad M. 37 2. Al Nasri, Abdullah Hasan 50 3. Ambay, Andrei Ryan R. 4. Antonovich, Daniil 30 5. Azocar, Daniel J. 12 6. Baksh, Abdullah Z. 52 7. Cerma, Andi 8. Cerrato, Joshua J. 31 9. Coey, Calvin R. 25 10. De Asis, Martin 20 11. De Boer, Nickolas B. 16 12. Deaconu, Denis I. 44 13. Degama, Raj S. 55 14. Dibaie Irani, Atabak 15. Do, Hoang Kiet 15 16. Estermann, Alexander 38 17. Gohil, Divyarajsinh 19 18. Goldbloom, Adam T. 43 19. Haripersaud, Kevin 13 20. Herreno, Andres F. 45 21. Herrera Bautista, Abigail 48 22. Jagdev, Gurbir Singh 47 23. Jennings, Breum 24. Jha, Kush D. 24 25. Kaur, Loveneet 18 26. Keller, Markus 27. Linares, Christian A. 51 28. Lisicki, Amadeus 21 29. Malaka, Lewis O. 33 30. Nikam, Yash L. 42 31. Nwamadi, Daniel E. 32. Ospina, Eduardo A. 23 33. Patel, Umang Bharatbhai 11 34. Persaud, Ryan 35. Pham, Nhat M. 49 36. Prajapati, Jaimin A. 27 37. Quan, Raymond 41 38. Saker, Youssef A. 34 39. Segeren, Connor 40. Shabutdinov, Radmir 53 41. Siavashi, Zahra 29 42. Singh, Simranjeet 14 43. Sylvain, Miguel 32 44. Timer, Zachary N. 22 45. Ton, Peter Q. 54 46. Tung, Arshdeep S. 17 47. Vadi, Yagnik D. 35 48. Vo, Thong Q. 46 49. White Chacon, Carlos A. https://www.randomlists.com/random-numbers?min=1&max=32&qty=32&dup=false Students are selected randomly. You must handle for each exercise at least 3 sheets of paper: The positions of mechanism. The velocity and instant centers The comments on the movement of the mechanism and the calculations. Exercise Nr. 1 Draw the positions of this four bar linkage mechanism when: φ = 0o, 30o, 45o, 60o, 90o, 120o, 135o, 150o, 180o, 225o, 240o, 270o, 300o, 325o, 330o and of course do not forget within between the dead positions. Draw the path or trajectory of point M. Comment of movement of the links of the mechanism. Find the instant center for the given moment defined by the value of the angle φ if O2A is rotating at 120 rot/min counter clockwise Find the Velocity of B (m/sec) using the relative velocity method and the instant center. Find the value of angular velocity (rev/min) for the link 4 at the given moment. Find the angular velocity (rev/min) of the ling AB for the given moment. Find the Velocity of M (m/sec) using the relative velocity method and the instant center. The File should be dropped at the course messages ONLY. The E-mail should be named Last Name First Name Assignment 1. (Gusho Dhimitri Assignment 1) Every Assignment should have the cover page. The Unit System is ISO. All the drawing must be presented neatly and the explanation in a good technical writing. The solution must be written clearly. Humber College MECH 212 Slider Crank Mechanism Table No. O2A AB AM Offset φ° 1. 200 600 100 +50 20 2. 210 510 140 -60 45 3. 300 520 120 +70 50 4. 210 540 120 +80 30 5. 220 560 120 -70 30 6. 220 600 200 +60 120 7. 200 480 200 +50 60 8. 220 600 200 +40 120 9. 300 620 200 +30 130 10. 300 500 200 150 11. 300 400 200 -60 100 12. 240 400 250 -50 60 13. 300 580 200 -40 150 14. 200 500 300 -30 70 15. 200 600 100 70 16. 210 510 140 +60 230 17. 300 520 120 -50 240 18. 210 540 120 -60 250 19. 220 560 120 -70 300 20. 220 600 200 +80 310 21. 200 480 200 -70 320 22. 220 600 200 -60 330 23. 300 620 200 -50 25 24. 300 500 200 +40 35 25. 300 400 200 45 26. 240 400 250 +40 55 27. 300 580 200 -40 65 28. 200 500 300 +40 75 29. 200 600 100 -40 115 30. 210 600 840 125 31. 200 600 100 -50 135 32. 210 510 140 +50 145 33. 300 520 120 -50 155 34. 210 540 120 +50 215 35. 220 560 120 225 36. 200 480 200 +60 235 37. 220 600 200 +60 245 38. 300 620 200 -60 295 39. 300 500 200 -60 305 40. 300 400 200 -70 60 41. 200 600 100 -60 120 42. 210 510 140 -50 70 43. 300 520 120 +40 140 44. 210 540 120 230 45. 220 560 120 -40 240 46. 220 600 200 250 47. 200 480 200 -40 300 48. 220 600 200 +40 150 49. 300 620 200 100 50. 300 500 200 -50 60 51. 300 400 200 -50 150 52. 240 400 250 +70 70 53. 300 580 200 +80 70 54. 200 500 300 -70 230 55. 200 600 100 +60 240 You must handle this exercise at least 3 sheets of paper: The positions of mechanism. The velocity and instant centers The comments on the movement of the mechanism and the calculations. Exercise No. 2 Draw the positions of this slider crank mechanism when: φ = 0o, 30o, 45o, 60o, 90o, 120o, 135o, 150o, 180o, 225o, 240o, 270o, 300o, 325o, 330oand of course do not forget within between the dead positions. Draw the path or trajectory of point M. Find the instant center for the given moment defined by the value of the angle φ if O2A is rotating at 360 rot/min clockwise Find the Velocity of B (m/sec) using the relative velocity method and the instant center. Find the angular velocity (rev/min) of the link AB for the given moment. Find the Velocity of M (m/sec) using the relative velocity method and the instant center. The Unit System is ISO. All the drawing must be presented neatly and the explanation in a good technical writing. The solution must be written clearly.