A rotating mass having a moment of inertia of 30 kgm2 rotates at 800 r – McqOptions

MCQOPTIONS

1.	A rotating mass having a moment of inertia of 30 kgm2 rotates at 800 rpm and is travelling in a curve of a 170-metre radius at a speed of 240 km/hr. It will experience a gyroscopic reaction of _____.
A.	10 m kgf
B.	100 m kgf
C.	1000 m kgf
D.	10000 m kgf
Answer» C. 1000 m kgf

Discussion

No Comment Found

Related MCQs

If the axes of the rolling of the ship and of the stabilizing rotor are parallel, it will result in
A four-wheeler automobile is taking a turn towards left. Consider W = Weight of the vehicle,\(\frac{Q}{2}\) = Magnitude of the reaction due to gyroscopic effect on inner or outer wheels, \(\frac{P}{2}\) = Magnitude of the reaction due to centrifugal effect on inner or outer wheels. The total vertical reaction at each inner wheel is:
A rotating mass having a moment of inertia of 30 kgm2 rotates at 800 rpm and is travelling in a curve of a 170-metre radius at a speed of 240 km/hr. It will experience a gyroscopic reaction of _____.
A disc spinning on its axis at 20 rad/s will undergo precession when a torque 100 N-m is applied about an axis normal to it. If the mass moment of inertia is 1 kg-m2, then the angular velocity of precession is?
Net reaction of ground on wheels due to gyroscopic couple, due to wheels and the dead weight and centrifugal force of a vehicle negotiating a curve is
If the propeller of an aeroplane rotates clockwise when viewed from the rear and the aeroplane takes a right turn, the gyroscopic effect will
INTEGRATING_TYPE_GYROSCOPE_HAS_HIGH_SENSITIVITY_DUE_TO_______________?$
Rate_gyroscope_is_a______________$
Which of the following represents integrating type gyroscope?
Which of the following represents characteristic of a rate gyro?