Home
Class 11
PHYSICS
The blades of an aeroplane propeller are...

The blades of an aeroplane propeller are `2m` long and rotate at the rate of `300rpm` Calculate (i) the frequency (ii) the period of rotation (iii) the angular velocity (iv) the linear velocity of a point `0.5m` from the tip of the blade .

Promotional Banner

Similar Questions

Explore conceptually related problems

The blades of an aeroplane propeller are 2 m long and rotate at 300 rpm. Calculate (i) the frequency, (ii) period of rotation, (iii) the angular velocity, (iv) linear velocity of point 0.5 m from the top of the blades.

The blades of an aeroplane propeller are 2m long and rotate at 300 rpm. Calculate (i) frequency (ii) period of rotation (iii) angular velocity (iv) linear velocity of a point 0.5 m from the top of the blades.

If the blades of an aeroplane are 4 m long and rotate at the rate of 600 rpm, them the angular velocity will be

If the blades of an aeroplane are 4 m long and rotate at the rate of 600 rpm, then the angular velocity will be

The blades of an aeroplane propeller are rotating at the rate of 600 revolutions per minute. Its angular velocity is:

The blades of an aeroplane propeller are rotating at the rate of 600 revolutions per minute. Its angular velocity is:

Propeller blades, 2 m long , ar e rotating at 1800 rpm. What is the linear speed of the tip of the blades ?

An electric fan of radius 1.2 m is rotating with a steady frequency of 300 rpm. Determine the angular velocity of the fan and also find out the linear velocity of any end-point.