Find the maximum value of swaying couple in newtons from the followin – McqOptions

MCQOPTIONS

1.	Find the maximum value of swaying couple in newtons from the following data:m = 200Kgω = 300 rpmradius = 0.6mc = 2/3a = 2\(\sqrt{2}\)m
A.	13956
B.	17574
C.	16568
D.	17374
Answer» B. 17574

Discussion

No Comment Found

Related MCQs

Find the maximum value of swaying couple in newtons from the following data:m = 200Kgω = 300 rpmradius = 0.6mc = 2/3a = 2\(\sqrt{2}\)m
Find the variation in swaying couple in newtons from the following data:m = 100Kgω = 300 rpmradius = 0.6mc = 2/3a = 2\(\sqrt{2}\)m
Swaying couple attains a maxima or minima when the crank angle is 45 degrees.
Find the minimum value of swaying couple in newtons from the following data:m = 100Kgω = 300 rpmradius = 0.6mc = 2/3a = 2\(\sqrt{2}\)m
Find the maximum value of swaying couple in newtons from the following data:m = 100Kgω = 300 rpmradius = 0.6mc = 2/3a = 2\(\sqrt{2}\)m
If the maximum value occurs at 45 degrees then at which of the following angles in degrees will the swaying couple attains its maximum value again?
At which of the following angles in degrees does the swaying couple attains a maximum value?
Which of the following has a tendency to sway engine in alternately in clockwise and anticlockwise directions?
This couple has swaying effect about a horizontal axis.
The unbalanced forces along the line of stroke for the two cylinders constitute a ______ about the centre line between the cylinders.