Home CBT TEST MEE 311(Theory of Machines) CBT PRACTICE CBT TEST MEE 311(Theory of Machines) CBT PRACTICE By Phil - January 13, 2025 8 0 FacebookTwitterPinterestWhatsApp I wish you success. You no need motivation Your GP is enough to motivate you at this point . MEE 311 1 / 41 1. The contact ratio is the ratio of arc of contact to the ____________ A. module B. circular pitch C. contact ratio D. dedendum 2 / 41 2. Which of the following clutches include shoes and spider inside the rim of the pulley A. Multi plate clutch B. Single plate clutch C. Cone clutch D. Centrifugal clutch 3 / 41 3. What is the working depth of the gear and the pinion of the bevel gears? A. 0.4 m, 3 m B. 3 m, 0.4 m C. 2 m, 0.7 m D. 0.7 m, 2 m 4 / 41 4. The distance measured along the circumference of the pitch circle from a point on one tooth to the same point on the adjacent tooth is called ________________ A. circular pitch B. pitch point C. line of centers D. pitch diameter 5 / 41 5. If the shortest link is fixed, what type of mechanism is obtained? A. Linkage is not planar B. Crank rocker mechanism C. Double rocker mechanism D. Double crank mechanism 6 / 41 6. The distance travelled by a point on either pitch circle of the two wheels during the period of contact of a pair of teeth is called ____________________ A. arc of contact B. path of contact C. angle of action D. contact ratio 7 / 41 7. What type of mechanism is shown in the diagram below? A. Double crank mechanism B. Linkage is not planar C. Crank rocker mechanism D. Double rocker mechanism 8 / 41 8. What type of mechanism is shown in the diagram below? A. Linkage is not planar B. Crank rocker mechanism C. Double crank mechanism D. Double rocker mechanism 9 / 41 9. The condition which must be fulfilled by two gear tooth profiles to maintain a constant angular velocity ratio between them is called __________________ A. law of gearing B. path of contact C. interference D. arc of contact 10 / 41 10. The smaller and generally the driving gear of a pair of mated gears is called _________ A. module B. rack C. pinion D. pitch 11 / 41 11. Which of the following mechanism is an approximately straight-line motion mechanism? A. Scott Russell’s mechanism B. Watt’s mechanism C. Peaucellier mechanism D. Hart’s mechanism 12 / 41 12. __________ mechanism is a crossed four bar chain mechanism in early steam engines to guide the piston rod in a cylinder to have an approximate straight line motion. A. Peaucellier’s B. Chebychev’s C. Grasshopper D. Watt’s 13 / 41 13. The distance by which a helix advances along the axis of the gear for one turn around is called _____________ A. axial pitch B. lead C. joint line D. normal link 14 / 41 14. In a multi plate clutch, T = 150 N-m, n = 4, µ = 0.3 and R = 0.1 m. Find the axial thrust. A. 1800 B. 1250 C. 200 D. 18 15 / 41 15. Which of the following is an advantage of worm gear? A. It is expensive B. Used for reducing speed and increasing torque C. Produce a lot of heat D. Has high power losses and low transmission efficiency 16 / 41 16. __________ mechanism is a crossed four bar chain mechanism in early steam engines to guide the piston rod in a cylinder to have an approximate straight line motion. A. Peaucellier’s B. Chebychev’s C. Grasshopper D. Watt’s 17 / 41 17. If there are redundant constraints in the chain and it forms a statically indeterminate structure, what is the degree of freedom or the mobility of this structure? A. 2 B. Less than 0 C. More than 0 D. 1 18 / 41 18. What type of mechanism is shown in the given diagram? A. Double rocker mechanism B. Double crank mechanism C. Crank rocker mechanism D. Linkage is not planar 19 / 41 19. The ratio of angle of action to the pitch angle is called ___________ A. space width B. angle of recess C. contact ratio D. angle of approach 20 / 41 20. In a centrifugal clutch, what is ω? A. Angular running speed at which the engagement takes place B. Angular running speed of the pulley C. Angular acceleration of the pulley D. Angular acceleration at which the engagement begins to take place 21 / 41 21. If the link next to the shortest link is fixed, what type of mechanism is obtained? A. Double rocker mechanism B. Double crank mechanism C. Crank rocker mechanism D. Linkage is not planar 22 / 41 22. In a centrifugal clutch, what is ω? A. Angular acceleration of the pulley B. Angular acceleration at which the engagement begins to take place C. Angular running speed of the pulley D. Angular running speed at which the engagement takes place 23 / 41 23. When large gear reductions are needed _________ gears are used. A. bevel B. worm C. helical D. spur 24 / 41 24. If the shortest link is fixed, what type of mechanism is obtained? A. Double crank mechanism B. Double rocker mechanism C. Crank rocker mechanism D. Linkage is not planar 25 / 41 25. If the link opposite to the shortest link is fixed, what type of mechanism is obtained? A. Linkage is not planar B. Double rocker mechanism C. Double crank mechanism D. Crank rocker mechanism 26 / 41 26. What type of mechanism is shown in the diagram below? A. Crank rocker mechanism B. Double rocker mechanism C. Double crank mechanism D. Linkage is not planar 27 / 41 27. What is the condition involved in Grashof’s law? A. s-l ≤ p-q B. s+l≤p+q C. s-l ≥ p-q D. s+l≥p+q 28 / 41 28. If the s+l=p+q, what is the type of linkage? A. Six bar B. Parallelogram C. Circular D. Trapezium 29 / 41 29. Velocity of sliding at the pitch point = (ωp + ωg) x _____________ A. 0 B. path of contact C. arc of approach D. path of recess 30 / 41 30. For a Whitworth quick return motion mechanism β = 110°. Find the ratio of time of cutting stroke to time of return stroke. A. 0.44 B. 2.27 C. 2.37 D. 0.42 31 / 41 31. In a conical clutch, the mean radius of the bearing surface is 300 mm whereas the breadth is 20 mm. Find the inner and outer radii. The semi cone angle is 30°. A. 145 mm, 155 mm B. 140 mm, 160 mm C. 160 mm, 140 mm D. 155 mm, 145 mm 32 / 41 32. In a multi plate clutch, number of discs on the driving shaft is given by n1. True or false? A. None of the options B. False C. All the options D. True 33 / 41 33. Bevel gears are equivalent to rolling A. cuboids B. spheres C. cubes D. cones 34 / 41 34. In which of the following mechanism the relative motions of the rigid bodies are in one plane or in parallel planes? A. spatial mechanism B. planar mechanism C. spherical mechanism D. flexure mechanism 35 / 41 35. Which of these is not a type of clutch? A. Conical B. Cylindrical C. Centrifugal D. Single disc 36 / 41 36. If Grashof’s law is not satisfied, no link will make a complete revolution relative to one another. True or False? A. True B. False 37 / 41 37. . The angle turned by the gear from the beginning to the end of engagement of a pair of teeth is called _____________ A. angle of action B. angle of approach C. angle of recess D. angle of contact 38 / 41 38. The locus of a point on the pitch circle from the beginning to end of engagement of two mating gears is called as ___________ A. Path of approach B. Arc of contact C. Path of contact D. Arc of approach 39 / 41 39. In a multi plate clutch, the formula for T is given by ______ A. n.µ.W.R B. n.µ.W.(r1+r2) C. n.µ.W.r2 D. n.µ.W.r1 40 / 41 40. Which of the following mechanism is an approximately straight-line motion mechanism? A. Watt’s mechanism B. Scott Russell’s mechanism C. Peaucellier mechanism D. Hart’s mechanism 41 / 41 41. Which of the gears has the highest contact ratio? A. Bevel B. Spur C. Worm D. Helical Your score isThe average score is 31% 0% Restart quiz Related posts: MTH 101 CBT TEST EXAM MODE AEE 201 CBT PRACTICE FIN 104 CBT PRACTICE CSS 105 CBT PRACTICE