A curved section of road is banked for a speed v. if there is no friction between road and tyres of the car , then :

car is more likely to slip at speeds higher than V

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car cannot remain in static equilibrium on the curved section

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car will not slip when moving with speed v

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none of the above

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Solution

The correct option is A car is more likely to slip at speeds higher than V
As for the given speed $v$ , the car will not slip but since there is no friction then the car is likely to slip when the speed is higher than $v$ .

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A curved section of road is banked for a speed v. if there is no friction between road and tyres of the car , then :

The correct option is A car is more likely to slip at speeds higher than V As for the given speed v, the car will not slip but since there is no friction then the car is likely to slip when the speed is higher than v.

The correct option is A car is more likely to slip at speeds higher than V
As for the given speed $v$ , the car will not slip but since there is no friction then the car is likely to slip when the speed is higher than $v$ .