Home
Class 11
PHYSICS
A ceiling fan has a diameter (of the cir...

A ceiling fan has a diameter (of the circle through the outher edges of three blocks ) of `120 cm` and rpm `1500` at fall speed consider a partical of mass `1g` stiking at the outer end of a blade.
a. How much force does it experience the fan runs at falll speed ?
b.Who exerts this force on the partical ?
c. How much force does not the particle exert on the blade along its surface?

Promotional Banner

Similar Questions

Explore conceptually related problems

A ceiling fan has a diameter (of the circle through the outer edges of the three blades) of 120 cm and rpm 1500 at full speed.Consider a particle of mass 1 g sticking at the outer end of a blade. How much force does it experience when the fan runs at full speed? who exerts this force on the particle? How much force does the particle exert on the blade along its surface?

A ceiling fan has a diameter (of the circle through the outer edges of the three blades) of 120 cm and rpm 1500 at full speed.Consider a particle of mass 1 g sticking at the outer end of a blade. How much force does it experience when the fan runs at full speed? who exerts this force on the particle? How much force does the particle exert on the blade along its surface?

A ceiling fan has a diameter (of the circle through the outer edges of the three blades) of 120 cm and rpm 1500 at ful speed.Consider a particle of mass 1 g sticking at the outer end of a blade. How much force does it experience when the fan runs at full speed? who exerts this force on teh particle? How much force does the particle exert on the blade along its surface?

How many planes of symmetry are present in three blade working ceiling fan?

The velocity time graph of a ball of mass 20g moving along a straight line on a long table is given in (figure) How much force does the table exert on the ball to bring it to rest?

The velocity time graph of a ball of mass 20g moving along a straight line on a long table is given in (figure) How much force does the table exert on the ball to bring it to rest?

A block of mass Mis pulled vertically upward through a rope of mass m by applying force F on one end of the rope. What force does the rope exert on the block?

A partical of mass m is driven by a machine that deleveres a constant power k watts. If the partical starts from rest the force on the partical at time t is