Which of the following is Newton's Second Law of Motion?

A) $F ( t ) = m \| \mathbf { v } ( t ) \|$
B) $F ( t ) = m \| \mathbf { a } ( t ) \|$
C) $\mathbf { F } ( t ) = m \| \mathbf { a } ( t ) \|$
D) $\mathbf { F } ( t ) = m \| \mathbf { v } ( t ) \|$
E) $F ( t ) = m \left\| \mathbf { a } ^ { \prime } ( t ) \right\|$

Question

Which of the following is Newton's Second Law of Motion?

A) $F ( t ) = m \| \mathbf { v } ( t ) \|$
B) $F ( t ) = m \| \mathbf { a } ( t ) \|$
C) $\mathbf { F } ( t ) = m \| \mathbf { a } ( t ) \|$
D) $\mathbf { F } ( t ) = m \| \mathbf { v } ( t ) \|$
E) $F ( t ) = m \left\| \mathbf { a } ^ { \prime } ( t ) \right\|$

Quizplus · Accepted Answer

Newton's Second Law of Motion states that the force acting on an object is equal to the mass of the object multiplied by its acceleration. The correct answer is C, $\mathbf { F } ( t ) = m \| \mathbf { a } ( t ) \|$.

Which of the Following Is Newton's Second Law of Motion F(t)=m∥v(t)∥F ( t ) = m \| \mathbf { v } ( t ) \|F(t)=m∥v(t)∥

Which of the Following Is Newton's Second Law of Motion $F ( t ) = m \| \mathbf { v } ( t ) \|$