Acceleration and Newton’s 2nd Law

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Acceleration and Newton’s 2nd Law

Newton’s 2nd Law of Motion F = m x a Force = Mass x Acceleration N = kg x m/s2

What does this mean? If acceleration is constant (like when an object is falling) then a heavier object will have greater force than a lighter object.

In your journal, use Newton’s 2nd law and the results of your experiment to explain the Barringer Crater.

What does this mean? If force is constant, (like pushing a shopping cart) then a heavier object will accelerate less than a lighter object.

Compare these accelerations!

Let’s bowl! Design an experiment to give us evidence for one of these claims! Claim 1: If acceleration is constant (like when an object is falling) then a heavier object will have greater force when colliding than a lighter object. Claim 2: If force is constant, (like a push on a shopping cart) then a heavier object will accelerate less than a lighter object. Claim 3: If mass is constant, greater acceleration will result in greater force of impact.