First phase, it would actually of 0, then it turns this side initially, then it has outside this
side. Then, actually it it comes down and comes from, why, I will tell you why it is like
this. Now, there is also interesting point. Initially at this phase, you have no angle, why,
initially it has turned inward, this is inward and this is inward turn, this is inward angle
that is turning on on this side angle. Because, I do not know F r, but I have f a sorry I
have got F r, but no F h. So, therefore, it turns this side, So, initially turn this side. so,
maximum turn. Then eventually, this side begins to come up. So, it is gone to reduce
reduce and begin to turn on the other side and there is a point when this F h is very large,
because, it has got both v dot and r dot as well as v and r. This is where it is more, that is
my transient phase, my total force is y v dot v dot plus y r dot r dot plus y v v plus y r r.
So, it is more, then, eventually the acceleration force reduces. So, it comes down and
comes down like that. Sir F h will always dominated there. Ah. F h will be always be
higher than f v Yeah yeah yeah yeah yeah F h will be always ultimately higher than that
and it will always turn this way. yes you are right F h is Because of that, there is also
reason for that, see, F h is a reaction acting on the entire. If you look at the hull, it is on
this entire hull and this is only on this part.