A body weighing 1 kg begins to move from a state of rest under the action of a constant force equal to 10 N.

A body weighing 1 kg begins to move from a state of rest under the action of a constant force equal to 10 N. What will be the momentum of the body when it travels a distance of 5 m?

We know that the momentum is found by these formulas
p = m * V and p = F * t
These two formulas will be useful to us, and in order to find an impulse we must first find acceleration. Cause:
By finding the acceleration, we can find the time at 5 meters, and with the help of time we can find the momentum.
To find the momentum, we will use Newton’s second law F = ma, from this formula we derive the acceleration and substitute the values
a = F / m = 10/1 = 10 (m / s ^ 2)
Now in the formula S = Vot + at ^ 2/2 we substitute the acceleration values
5 = 0 * t + 10 * t ^ 2/2
10 = 10 * t ^ 2
t = 1 (c)
Now we substitute the t values into the formula for the momentum and that’s it.
p = 10 * 1 = 10 (H * c)
Answer: p = 10 (H * s)