According to Newton's second law, what effect does a net (unbalanced) force have on an object?

Newton's First & Second Laws: What happens when a net (unbalanced) force acts on an object?

According to Newton's Second Law, the net force on an object depends on both its mass and acceleration. Which equation correctly expresses this relationship?

In the context of Newton's Second Law, which expression correctly gives the net force on an object of mass $m$ accelerating at $a$?

In the context of Newton's First & Second Laws, what is another name for Newton's first law of motion?

In the context of Newton's First and Second Laws, which statement best defines an unbalanced force acting on an object?

In Newton's Second Law, acceleration is given by $a=\frac{F}{m}$. On which two variables does acceleration depend?

According to Newton's laws, if the net force on an object is balanced (i.e., $\sum F=0$), what is the resulting acceleration of the object?

In Newtonian mechanics, which force is responsible for producing the acceleration of an object according to Newton's second law?