From the following data calculate the mass moment of inertia of the co – McqOptions

MCQOPTIONS

1.	From the following data calculate the mass moment of inertia of the connecting rod in Kg-m². mass of connecting rod = 1.5 Kg, length of wires = 1.25m, distance of wires to the rods = 0.12m, Time for 20 oscillations = 40 secs.
A.	0.107
B.	0.017
C.	0.095
D.	0.010
Answer» C. 0.095

Discussion

No Comment Found

Related MCQs

To determine moment of inertia of a rigid object both bifilar and trifilar suspensions can be used.
When the body is twisted through a small angle about a vertical axis through the centre of gravity, which of the following motion will occur?
In a bifilar suspension, if the length of the connecting rod is decreased, which of the following quantities will increase?
A rigid body has a radius of gyration of 20cm, if its moment of inertia is 10 Kg-m<sup>2</sup>, find its mass in kilograms.
From the following data calculate the mass moment of inertia of the connecting rod in Kg-m<sup>2</sup>.<br>mass of connecting rod = 1.5 Kg, length of wires = 1.25m, distance of wires to the rods = 0.12m, Time for 20 oscillations = 40 secs.
From the following data calculate the radius of gyration of the connecting rod.<br>mass of connecting rod = 1.5 Kg, length of wires = 1.25m, distance of wires to the rods = 0.12m
The strings used in bifilar suspension are perpendicular.
Which of the following apparatus is used to find the moment of inertia of an object?