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## What is the maximum speed with which a car can negotiate a turn of radius r?

The maximum speed with which a vehicle can negotiate a cuved road, which is banked at the angle `theta=tan^-1(0.24)` is **54`km//hr**`.

## What is the maximum velocity with which a vehicle can turn on a circular road?

v=√μgR=√0.4×9.8×30=√117.6=10.84 . Thus, the maximum velocity that can be attained by the vehicle while making the turn is **10.84 m/s**. Thus, (B) is the right option. Note:Here, we have to keep in mind the forces working in a circular motion.

### At what maximum speed can a car safely negotiate

### Images related to the topicAt what maximum speed can a car safely negotiate

## What is the maximum speed with which a vehicle can negotiate a curve?

The maximum speed with which a vehicle can negotiate a curved road, which is banked at the angle, θ=tan−1(0.24) is **54 km/hr**.

## What will be the maximum speed of a car when it safely driven along a curved road of radius 100 m ?( G 10 m/s 2 μ 0.2 *?

The maximum speed of car which can be safely driven along a curve of radius 100 m is **14 m/s**. So, the maximum speed of car is 14 m/s.

## What is the maximum speed with which a car can safely turn around a curved horizontal road of radius 50m?

**6 kmph**.

## What is the velocity with which a vehicle can negotiate a banked road?

The maximum speed with which a vehicle can negotiate a curved road, which is banked at an angle θ=tan−1(0. 24), is **54 km/hr**.

## When a car takes a turn on a horizontal road the centripetal force is provided by the?

Horizontal force acting on the car is due to **the friction**. As said earlier a force acting on the center of turn, centripetal force is provided by the friction.

## See some more details on the topic What will be the maximum velocity with which a vehicle can negotiate a turn of radius r safely when the coefficient of friction between the tires and the road is new? here:

### Doubt: what will be the maximum velocity with … – NEETPrep

what will be the maximum velocity with which a vehicle can negotiate a turn of radius r safely, when the coefficient of friction between the tyres and road …

### A car 1500 kg is turning a flat curve while moving at constant …

The centripetal force required for circular motion of the car is provided by the force of friction between the tires and pavement.

### An Unbanked Turn

mass of car, m = 1000 kg · radius of curve, r = 30 m · coefficient of friction, mu = 0.5 · free-fall acceleration, g = 9.8 m/s · maximum speed in …

## What are the factors affecting the maximum possible speed of vehicle moving along a horizontal circular track?

Significance: The maximum safe speed of a vehicle on a curve road depends upon **friction between tyres and road, the radius of the curved road and acceleration due to gravity**.

## What will be the maximum speed of a car on a road turn of radius 30 m?

**84 m/s**.

### Banked Curve with Friction: Finding Maximum and Minimum Speed

### Images related to the topicBanked Curve with Friction: Finding Maximum and Minimum Speed

## What holds a car on a frictionless banked curve?

Which force is responsible for holding a car in a frictionless banked curve? The answer is **the horizontal component of the normal force**.

## What is meant by maximum velocity?

**The limiting rate for an enzymic reaction, shown when it is saturated with substrate**. ( see also Michaelis-Menten kinetics)

## What is maximum velocity speed?

Max Velocity can be defined as **the highest attainable velocity an object can reach**, which is demonstrated by discontinuation of acceleration. Most athletes will reach Max Velocity between 20-50m.

## What is maximum speed with car can safely driven?

The maximum speed with which the car can drive safely is **13.028 m/s**.

## What should be the coefficient of friction between the Tyres and the road when a car Travelling 60?

the coeffecient of friction between tyre and the road. = **0.71**. HENCE THE COEFFICIENT OF FRICTION IS 0.71.

## What should be the coefficient of friction between the Tyres and the road?

D) **μ∝r**.

## What is the expression for the maximum velocity with which a vehicle can negotiate a circular road of radius R and banked at an angle θ?

The Maximum velocity is **√rgtanθ**, where r is the radius of the curved path, g is the acceleration due to gravity.

### The maximum speed with which a vehicle can be safely driven along curved road of radius r,

### Images related to the topicThe maximum speed with which a vehicle can be safely driven along curved road of radius r,

## Why is road banked obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle theta explain with diagram?

When the road is banked the normal force provided by the road on the car provides a component which is in the direction of the centripetal force. Hence, when the road is banked, **it is easier for a car to take the turn at a higher speed**.

## What is the need for banking a road obtain an expression for the maximum speed with which a vehicle can safely negotiate a curved road banked at an angle θ?

1 Answer. (ii) The normal reaction R of the road acts perpendicular to the road. (b) **R sinθ** which acts towards the centre of the circular path and provides the necessary centripetal force ({mv^{2}}/{r}) to the car. which is the safe speed of the car for given value of ‘r’ and ‘θ’ on a circular banked road.

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