Theoretically a Formula 1 car can have a potential top speed of upwards of 400 KPH.
the configuration of the car is crucial, limited wing to prevent drag, and horsepower limit the car from achieving the hyper speeds. At above 400KPH, the wing required to maintain enough downforce to get the power to the tires starts to equal the drag the car and wing create which in essence cancel each other out. The result is a speed somewhere around 400.
F1 runs a straight-six 1.8 litre configuration.
310.408km (192.878 mi) Malaysian Grand Prix
max height 950 mm max width1800 mm with tires
There are many ways of how a F1 car can lose heat. For example, A f1 car can lose heat by being careful on the brakes, reduce the movement of the car ie going straight more often and doing less sharp turns.
Like with maximum fuel capacity, larger wings.
Depends on the speed of the F1 car is going, the gradient on the track (uphill or downhill) and direction of travel (straight, circle etc.. Example F1 traveling at 60 mph in 5 minutes in a straight line will cover about 5 miles F1 traveling at 200 mph in 5 minutes in a straight line will cover about 16 miles. It is also affected by what tyres are used the conditions of them, and the condition of the track/road is used.
because they can only go fast in a straight line
A Car by about 40 meters at 180 mph
All formula one cars are fast. This year the Brawn Mercedes and the Red Bull Renault are two of the fastest F1 cars this season. The 2002 BMW F1 car is considered to be one of the fastest F1 cars in terms of straight line speed
F1 car has more power and it is lighter than GT1 car
Buy a CD of an F1 and play it really loud or buy an f1. There is no way, it is in the engineering.
To acheive maximum aerodynamic effect while staying inside certain design parameters decided upon by the FIA