Porsche 15 Tire



Sorry, out of stock for this time Search Here -




Related Links: Porsche Tire | Porsche 14 Tire | Porsche 15 Tire | Porsche 16 Tire | Porsche 17 Tire | Porsche 19 Tire | Porsche 20 Tire | Porsche Tire Package | Porsche New Tires | Porsche Wheel | Porsche 16 Wheel | Porsche 17 Wheel | Porsche 18 Wheel | Porsche 19 Wheel | Porsche 20 Wheel | Porsche Wheel Package |

Browse Our Categories: Gauge | Exhaust | Exterior | Engine | Brakes | Electric | Wheel | Transmission | Steering | Lighting | Interior | Emission |

Porsche 15 Tire News


Michael Shank Racing Fastest on Day 2
Michael Shank Racing Fastest on Day 2

The Continental Tire Sports Car Challenge will practice from 9 -10 am and 1:30 - 2:15 pm The Rolex Series will practice from 10:15 am - noon and 2:30-3:30 and more »


QUESTIONS & ANSWERS

Mar 18, 2009 | Ff F:
Quick physics problem help please?

Hopping in your Porsche, you floor it and accelerate to 15 m / s ^ 2 without spinning the tires.

The minimum coefficient of static friction between the tires and the course =?

A: Let M = the lowest coefficient of static friction, m = mass of the Porch, F = friction force, F = force due to acceleration, N = joint force = m * g
F = ma
f = N = M * M * M * g


Let M = nominal coefficient of static friction, m = mass of the Porch, F = friction force, F = force due to acceleration, N = normal force = m * g
F = ma
f = N = M * M * M * g

Mar 18, 2009 | Ff F:
Some physics help plz?

Hopping in your Porsche, you confuse it and accelerate to 15 m / s ^ 2 without spinning the tires.

Determine the minimum coefficient of static friction between the tires and the...

A: Because we do not understand the mass m 'of the car in this issue, we will simply refer to it as m - a mass in kg.

--

F = ma - force equals mass x acceleration. Thus,...


Have a Question or Comment?


2009 © Porsche Auto Parts