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What is the average acceleration of a Formula 1 race car?


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Answered 2012-08-06 21:41:58

An F1 car can reach up to 350kph during a race.

0-60 in 2-2.5 seconds.


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there is no formula 2 race carbut there are formula 2000 race cars look it up on

top speed is 190 MPH the average depends on the track's configuration.

A Formula One race car has more horse power, torque, and weighs about 300lbs less than an Indycar (which is build more to stand huge impacts rather than raw speed). A Formula One car costs millions of dollars where as an Indycar cost less than half million. so its a safe bet a Formula One car would be faster at acceleration.

A Formula One race is called a grand prix.

A racing stock car generally costs $125,000-$150,000. A Formula 1 car is closer to $7 million.

The iggest race in Australia is the Formula one race

i don't know what's the average, but FIA limited to 220 liters on car during race

It would depend on what type of race car.

Average acceleration will be equal to instantaneous acceleration when an object has an uniform acceleration throughout its motion. Example : A car accelerating at 1m/s2 uniformly in a straight line.

The average height of an American race car driver is five foot eleven. The average weight of an American race car driver is 159 pounds.

Race car is a palindrome for a formula 1 transport

Yes. The average of a list of copies of the same number is the same number.

A race car driver can keep the same engine but increase the acceleration of the car by making the holes bigger in the carburetor template. This part is also called a restrictor plate because if it has smaller holes, the car cannot go as fast as with larger holes.

Race distance / Race time = average speed i.e.: 300 km / 2 hours = 150 kph average.

147dB Based on Formula 1 race car full throttle drive bye

Yes, it is one of the stepping stones up to Formula 1

No, If a car moves around a circular race track with any constant speed, the acceleration is directed towards the centre. So it has a centripetal acceleration. The tangential acceleration would be irrelevant unless the car has an instantaneous tangential velocity of zero. Then the centripetal acceleration is zero. However, this would only exist for that small instant in time.

Formula 1. um ... to whoever wrote this answer formula 1 is a car race. the quetion is about a race car! sheesh! It depends on which style of racing you would be reffering to. Top-fuel drag cars, for example, have a much higher top speed and acceleration than F1, but lack the ability to steer at those speeds. Also, I believe Indy cars (very similar to F1) also have a higher top speed than F1.

It depends where they are racing at

If the car begins with zero speed, thenDistance = 1/2 (acceleration) x (time)2

In Formula One, the fastest race car driver still active is Kimi Raikkonen(35 fastest laps).

Formula one cars are extremely fast machines. The top speed of a f1 car in the 2010 season is in excess of 325 kmph. The average speed of a f1 car during a race duration is 200 kmph and they cover a distance of nearly 300+ kms in less than 2 hours during a race duration.

it would obviously be a drag car as it has a higher rate of acceleration and top speed. a drag car is built to perform on a drag strip where as a Ferrari is built to perform on a race track. this does not mean that a Ferrari is inferior to a drag car as you can race a Ferrari on a drag strip but it is impossible to race a drag car on a racing track

A cheetah is around 250 kmh slower than a Formula One car. The cheetah would only win if the Formula One car was travelling slowly.

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