QUESTION

Show and write down the;

a$.$ Approach Phase,

b$.\backslash (1^\{$x$\}\backslash )$ phase,

c$.$ Advance Distance $($m$),$

d$.\backslash (2^\{\backslash$text $\{$nd $\}\}\backslash )$ phase,

e$.$ Steady Turning Phase $(\backslash (3^\{\backslash$text $\{$rd $\}\}\backslash )$ phase$),$

f$.$ Distance of Transfer $($m$),$

g$.$ Steady Tuming Radius $($R$)$

h$.$ Drift angle, and

i$.$ Tactical Diameter $($ m $)$ of the turning path of a naval ship given below

j$.$ If the length of the ship is $195$ m $,$ what will be the tactical diameter$-$length ratio of the ship?