the statement \force equals mass times acceleration (f = ma)\ is newtons second law of motion. why is this a…

the statement \force equals mass times acceleration (f = ma)\ is newtons second law of motion. why is this a law rather than a theory?\nit states, rather than explains, the relationship between the variables.\nit cannot be proven, whereas a theory can be proven.\nit may be revised if new information shows that the relationship has changed.\nit was classified as a law because it is related to other similar discoveries.

the statement \force equals mass times acceleration (f = ma)\ is newtons second law of motion. why is this a law rather than a theory?\nit states, rather than explains, the relationship between the variables.\nit cannot be proven, whereas a theory can be proven.\nit may be revised if new information shows that the relationship has changed.\nit was classified as a law because it is related to other similar discoveries.

Answer

Answer:

A. It states, rather than explains, the relationship between the variables.

Brief Explanations:

A scientific law describes a natural - phenomenon, like $F = ma$ which states the relationship between force, mass, and acceleration. A theory, on the other hand, explains why and how a phenomenon occurs. Laws are descriptive, not explanatory.