Home
Class 11
PHYSICS
A car is moving on a circular path and t...

A car is moving on a circular path and takes a turn. If `R_(1)` and `R_(2)` be the reactions on the inner and outer wheels respectively, then

Text Solution

Verified by Experts

Reaction on inner wheel
`R_(1)=(1)/(2)M[g-(v^(2)h)/(ra)]`
Reaction on outer wheel `R_(2)=(1)/(2)[g+(v^(2)h)/(ra)]`
where, r = radius of circular path, 2a = distance between two wheels and h = height of centre of gravity of car.
Therefore `R_(1)ltR_(2)`
Promotional Banner

Topper's Solved these Questions

  • SAMPLE QUESTION PAPER 4

    ICSE|Exercise SECTION - C (Answer all questions.)|9 Videos

  • SAMPLE QUESTION PAPER - 01

    ICSE|Exercise SECTION - D|12 Videos

  • SAMPLE QUESTION PAPER 5

    ICSE|Exercise SECTION - D (Answer all questions.)|6 Videos

Similar Questions

Explore conceptually related problems

For a car taking a turn on a horizontal surface, let N_(1) and N_2 be the normal reactions of the road on the inner and outer wheels respectively

The centre of gravity of a car is at a height h and the distance between its wheel is 2a. The car moves on a level curve of radius r with speed v . Let N_(1) and N_(2) be the normal reactions on the inner and outer wheels of the car. Then

When a car negotiates a curve, the normal force exerted on the inner and outer wheels are N_(2) and N_(1) respectively. Then N_(1)//N_(2) is

A particle is moving around a circular path with uniform angular speed (x) . The radius of the circular path is (r). The acceleration of the particle is:

Two buses A and B are moving around concentric circular pathe of radii r_(A) and r_(B) If the two buses complete the circular paths in the sme time. The ratio on their linear speeds is

Two buses A and B are moving around concentric circular pathe of radii r_(A) and r_(B) If the two buses complete the circular paths in the sme time. The ratio on their linear speeds is

A car is moving on a circular road which is rough and banked at angle . If radius of circular track is R then. Choose correct statement:

Two particles of same mass are revolving in circular paths having radii r_(1) and r_(2) with the same speed. Compare their centripetal forces.

A car of mass m is moving on a level circular track of radius R if mu_(s) represents the static friction between the road and tyres of the car, the maximum speed of the car in circular motion is given by.

A particle is moving in a circular path of radius r. The displacement after half a circle would be