Home
Class 12
PHYSICS
A pilot of mass m can bear a maximum app...

A pilot of mass `m` can bear a maximum apparent weight `7` times of `mg`. The aeroplane is moving in a vertical circle. If the velocity of aeroplane is `210 m//s` while diving up from the lowest point of vertical circle, then the minimum radius of vertical circle should be

Promotional Banner

Similar Questions

Explore conceptually related problems

A pilote of mass m can withstand a maximum apparent weight 6 times of mg . The minimum radius curvature of vertical circle in which the aeroplane dives up from lowest point with a speed 504 kmph is

The velocity of a body moving in a vertical circle of radius r is sqrt(7gr) at the lowest point of the circle. What is the ratio of maximum and minimum radius r is tension?

A fighter plane is moving in a vertical circle of radius 'r'. Its minimum velocity at the highest point of the circle will be

A particle is moving in a vertical circle with radius 1 m. It the ratio of T_(max)/T_(min) =5 find the velocity at highest point ?

In a vertical circle the minimum or critical velocity at highest point of path will be

A body of mass m is rotated in a vertical circle of radius R by means of light string. If the velocity of body is sqrt(gR) while it is crossing highest point of vertical circle then the tension in the string at that instant is

The maximum velocity at the lowest point, so that the string just slack at the highest point in a vertical circle of radius l.

The tension in the string revolving in a vertical circle with a mass m at the end which is at the lowest position

A particle of mass m is being circulated on a vertical circle of radius r. If the speed of particle at the highest point be v, then