Mechanical Engineering Exam > Mechanical Engineering Tests > Test: Levers - Mechanical Engineering MCQ
Test: Levers - Mechanical Engineering MCQ
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9 Questions MCQ Test - Test: Levers
Test: Levers for Mechanical Engineering 2024 is part of Mechanical Engineering preparation. The Test: Levers questions and answers have been prepared
according to the Mechanical Engineering exam syllabus.The Test: Levers MCQs are made for Mechanical Engineering 2024 Exam.
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Test: Levers - Question 3
The distance between fulcrum and dead weights is 100mm. Dead weights are of 2945.2N. An effort of 294.52N acts on the other hand. Find the distance between the fulcrum and other end of the lever.
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Test: Levers - Question 4
A right angled bell-crank is designed to raise a load of 5kN at short arm whose length is 100mm. Longer arm is of length 500mm. Calculate the reaction or force acting on the fulcrum.
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Test: Levers - Question 5
A right angled bell-crank is designed to raise a load of 5kN at short arm whose length is 100mm. Also longer arm is of length 500mm. If permissible bearing pressure on pin is 10N/mm² and diameter of the 20mm, find the length of the pin.
Detailed Solution for Test: Levers - Question 5
Test: Levers - Question 6
A right angled bell-crank is designed to raise a load of 5kN at short arm whose length is 100mm. Also longer arm is of length 500mm. If permissible bearing pressure on pin is 10N/mm² and diameter of the 20mm, find the shear stress in the pin.
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