An F1 car has thousands of BHP, and is stripped down so only the most necessary things are left, making it incredibly light. The tyres cost thousands a set, and have increadible good grip.
engine
because they can only go fast in a straight line
talent and good f1 car and the car has alot of advantages
Downforce occurs when air flowing over something pushes it into the ground. An F1 car is very light so it is fast in a straight line and can be thrown into the corners but because it is so light the car will have very little grip in the corners. Downforce adds to the weight of the car with the force of air pushing it down. The new DRS (drag reduction system) on the cars stops downforce - which causes drag - in the long straights. When a front wing or another part of an F1 car that makes downforce comes off the car has less grip and this often leads to crashes. Overall, downforce is essential to keeping an F1 car on the track
try to move or climb to a higher surface...like a hill or so. its not the best idea to try to escape in a car if a flood is coming fast because the water is so fast sometimes that the car can be swept away and can crash into something.
The two Ferrari F1 cars are for sale in the dealers section, and can be purchased at any time, provided you have enough cash.
they move in a fast way then they stop then they go then they stop so they move how they want to.
No. The 2010 f1 season will have a brand new set of cars. Usually the rules and regulations change from one season to another. So, mid-way during the current season, teams start developing the car for the next season. So, the 2010 f1 car would've been in the making by mid 2009 and will debut once the 2010 season stats.
A g6 is not the fastest car in the world but it can beat many cars in a race so I guess it would be a fast car
The shape of a car affects it's speed. take F1 cars for example. they are streamlined so precisely and they are also quite small in height. The streamlined body cuts through the air so there is less air resistance affecting the car. if you take a van, it is big and bulky, so it doesn't go through the air as well as a F1 car would. if you have the same engine in both and they are both the same weight, then the F1 car would win, because of it's streamline. Try this.... Take a knife and some butter. The knife is the car and the butter is the air resistance. The thinner end goes into the butter more easily than the thicker end. this is the same principal as a car and air resistance.
They move their tails up and down so fast that it makes swim fast.
In an hour you can move 3 miles. Not so fast.