Newton\'s second law states: F = ma . How should we interpret this equation? An
ID: 1405779 • Letter: N
Question
Newton's second law states: F = ma. How should we interpret this equation?
An uobservable force is present, as observed by the mass
An unobservable force is present, as observed by the acceleration.
An observable force is present, which causes the acceleration.
As a way to measure the mass of an object.
a.An uobservable force is present, as observed by the mass
b.An unobservable force is present, as observed by the acceleration.
c.An observable force is present, which causes the acceleration.
d.As a way to measure the mass of an object.
Explanation / Answer
Correct option is (c)
Newton's second law gives the definition of force. It explains how an object will change velocity if it is pushed or pulled upon.
A force is an interaction that causes acceleration. More generally, a force is an interaction that causes a change. Thus, the Interpretation of Newton's Second Law: An observable force is present, which causes the acceleration.
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