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MCQs: Identify the type of absorption dynamometer ?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Which of the following statements is/are false?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: In a Hooke's joint, maximum velocity ratio between driving and driven shaft is possible if θ is
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Which relation is used to denote condition for equal speeds, when driving and driven shafts are connected by Hook's joint?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Calculate the angular speed of driven shaft if the driving shaft has angular speed of 400 rpm. When shaft angle is 20° and angle of rotation is 40° in Hooke's joint.
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Calculate the angle of driving shaft, if the two shafts of the Hooke's joint are inclined at an angle of 18.50°
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: The relation between number of links and number of lower pairs is given as n = 2p – 4. If L.H.S is less than R.H.S of this equation then the chain is
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: One quaternary joint is equal to how many binary joints?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Watt's mechanism is based on
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Scotch yoke mechanism is the inversion of
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Calculate torque acting on the crank, if tangential force acting on the engine is 150 kN and 300 mm is the crank radius.
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Calculate the thrust in connecting rod, if piston effort is 200 kN and crank makes an angle of 45° from TDC. Assume obliquity ratio = 3.5
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Torsional pendulum is used to determine mass moment of inertia of
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Which of the following statements is true for gear drive?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Herring-bone gears are also known as
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: What is meant by interference?
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Calculate center distance between two helical gears which has helix angle of 20°, when normal module is 10. Pinion and gear have 30 and 70 teeth respectively
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Tangential force acting on the helical gear is 5000 N. Calculate the axial force acting on a helical gear having helix angle of 25°.
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: Normal pressure angle and helix angle are 25° and 30° respectively. Tangential force acting on helical gear is 3500 N. Calculate radial force acting on the gear
Category: Mechanical Engineering Questions, Published by: teswesm
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MCQs: In which type of gear trains, shaft axes which are mounted by gear wheels have relative motion between them?
Category: Mechanical Engineering Questions, Published by: teswesm
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