The small ball with mass m falls from a standstill at the height h from the mud pond, regardless of the air resistance 15. The small ball with mass m falls from a static position at the height h from the mud pool, and it falls on the mud pool and then goes deep into the mud pool without considering the air resistance. As shown in the figure, what is the average resistance of the small ball moving in the mud pool? The small ball with mass m falls from a standstill at the height h from the mud pool, and it falls on the mud pool and then goes deep into the mud pool for h without considering the air resistance. As shown in the figure, how much is the average resistance of the small ball moving in the mud pool?

The small ball with mass m falls from a standstill at the height h from the mud pond, regardless of the air resistance 15. The small ball with mass m falls from a static position at the height h from the mud pool, and it falls on the mud pool and then goes deep into the mud pool without considering the air resistance. As shown in the figure, what is the average resistance of the small ball moving in the mud pool? The small ball with mass m falls from a standstill at the height h from the mud pool, and it falls on the mud pool and then goes deep into the mud pool for h without considering the air resistance. As shown in the figure, how much is the average resistance of the small ball moving in the mud pool?

Let the average resistance be f
mgH=0.5mv^2
h=0.5vt
Ft=mv
F=f+mg
The solution is f = MGH / H + Mg