YUP, a = F/m is one of the classical mechanical laws, actually the second law of motion, compiled by Sir Isaac hisself. (The first you have surely heard of: An object at rest, tends to stay at rest, yada, yada....).
The one we are dealing with, the aforementioned number two, is defined by NASA thus: “Force is equal to the change in momentum per change in time. For a constant mass, force equals mass times acceleration.” Breaking this down into muscle Mopar situations, if you increase force, you’ll accelerate more quickly (and the inverse, when it comes to braking). Likewise, if you decrease mass, you can, and will, accelerate quicker.
But it gets even better: Taking weight off the car’s ends (front or rear) reduces the polar moment of inertia.…
