fighting lever $)$ and metacenthc height $($GM$)$ versus heel angle graph of a ship is given in Figure $1.$ According to the figure; check whether the wessel meets the iMO A$\mathrm{.}749118)$ Code on Intact Stabilify criferia as given below.

Use numerical integratop techniques for area calculation. Maximum $$10$ error will be accepted.

GZ arra between $0$ to $30$ degree $($shall not be less than $3\mathrm{.}151$ m$.$deg$)$

G$.$ afea between $0$ to $40$ degree $($shall not be less than $5\mathrm{.}156$ m$.$deg?

$62$ area befween $301040$ degree $($shali not be less than $1\mathrm{.}718$ m$.$deg$)$

Max. $62$ value $($shall not be less than $0\mathrm{.}2m)$

Angle of maximum $62($shal not the less than $25$ deg$)$

Intal GMt value $($shall not be tens than $0\mathrm{.}15m)$