Forces $F_1$ and $F_2$ are applied simultaneously on a crate of mass 1 kg - NSC Technical Sciences - Question 1 - 2024 - Paper 1

In this scenario, since the crate is accelerating on a frictionless surface, we can infer that the net force acting on the crate is equal to its mass multiplied by its acceleration, according to Newton's second law, $F_{net} = ma$. Given that multiple forces are acting, we analyze their magnitudes.

Since the crate has a net acceleration, if we assume $F_1$ is the force exerted in opposition to $F_2$, the correct relationship based on the net force will dictate that $F_1$ must be less than $F_2$ for the crate to accelerate to the right. Thus, the conclusion here will be that:

Correct Answer: C $F_1 > F_2$.