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MP Sub-Engineer ME: Kinematics and Dynamics Analysis of single slider Crank Mechanism Quiz 43
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Question 1
Maximum angular velocity of the connecting rod with a crank to connecting rod ratio 1:5 for a crank speed of 3000 rpm is around:
Question 2
The angular velocity of the connecting rod in a single slider crank mechanism is given by
Question 3
In case of dynamic analysis of single slider crank chain, the correct expression for force acting along the connecting rod is given by_____.
where F is the piston effort and β is the angle made by the connecting rod with the line of sliding of the slider.
where F is the piston effort and β is the angle made by the connecting rod with the line of sliding of the slider.
Question 4
In case of dynamic analysis of single slider crank chain, the force acting along the connecting rod is the function of
Question 5
The velocity of the slider in a single slider crank mechanism is given by______.
Question 6
The displacement of slider in a single slider crank chain is given by
Question 7
Effective driving force to drive the piston is known as
Question 8
In case of dynamic analysis of single slider crank chain, the force(s) which oppose the gas pressure force is/are
Question 9
The acceleration of the piston at the position when the crank makes an angle of 90o with the line of slider is equal to
(Consider the length of connecting rod as 250 mm and crank radius as 50 mm)
where R is crank radius and 
is angular velocity of crank
Question 10
In case of dynamic analysis of single slider crank chain working in the horizontal direction, the correct expression for Piston effort is given by
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