If you're interested in diving deeper into the physics of your vehicle, here are some resources to get you started:
Using F = μ * m * g , solve for mu (coefficient of friction) using your 60-0 distance. If your car stops from 60mph in 120 feet, your average deceleration is 1.0g (race car territory). Street tires are usually 0.7-0.8g. If your math says 1.2g, you need to check your tape measure. physics for gearheads pdf
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If you're interested in diving deeper into the physics of your vehicle, here are some resources to get you started:
Using F = μ * m * g , solve for mu (coefficient of friction) using your 60-0 distance. If your car stops from 60mph in 120 feet, your average deceleration is 1.0g (race car territory). Street tires are usually 0.7-0.8g. If your math says 1.2g, you need to check your tape measure.
