DRAG(D) IS PORPORTIONAL TO p*V^2*A, WHERE p = DENSITY, V=VELOSITY, A=FRONTAL AREA. SO WE CAN WRITE D=Cd*p*V^2*A, WHERE Cd= DRAG COEFFICIENT, DIFFERENT CAR HAS DIFFERENT Cd, MAINLY DEPEND ON THE SHAPE OF THE CAR.
That's the speed when the car reach 1/4 mile. That means the car can finish 1/4 mile in .25/192X3600= 4.69 seconds. Not the speed limit. I think the speed limit for the car is more than 500km/hr
That's the speed when the car reach 1/4 mile. That means the car can finish 1/4 mile in .25/192X3600= 4.69 seconds. Not the speed limit. I think the speed limit for the car is more than 500km/hr