With what acceleration does a body with a mass of 200g move, if forces 10H and 2H

With what acceleration does a body with a mass of 200g move, if forces 10H and 2H are applied to it, the direction is in one direction.

To find the desired acceleration of a taken body, we will use Newton’s second law: m * a = Fр = (F1 + F2), whence a = (F1 + F2) / m.

Values of variables: F1 – the first co-directional force (F1 = 10 N); F2 – second force (F2 = 2 N); m is the mass of the body taken (m = 200 g = 0.2 kg).

Let’s make a calculation: a = (F1 + F2) / m = (10 + 2) / 0.2 = 60 m / s2.

Answer: Under the action of the given forces, the taken body moves with an acceleration of 60 m / s2.