A bow accelerates a 100g arrow at 50m/s calculate the force acting on the arrow in Newton’s

BRAINLEST WILL BE ACQUIRED TO THE WINNER

Explanation:

Newton's law states that F=mg, or in other applications F=ma, where:

F= force acting on the system  

m= mass of the system and

a= acceleration (or g= gravitational acceleration which is 9.8m/s^2)

In your question we know the following variables:

The mass of the arrow (m= 100g, however we should use kilograms- 0.1kg)

The acceleration of the arrow (a=50m/s^2)

If we substitute these values into our given equation, we can find the force acting on the arrow.

F = m x a

F= (0.1) x (50)

F = 5N

hope this helps :)

force tends to be low and long diustance masses are high