1. Consider a boat with the following dimensions, loading condition and hydrostatic characteristics e annex (60 pts). to.

a. Calculate the value of GMinitial.

b. I plotted the Stability Curve. (CEE)

c. Verify that the IMO's environmental criteria is acceptable.

d. If the boat suffers a port ballast tank failure. What would the new equilibrium condition be?

Items of Loading Conditon - Condicin 100% Consumibles Weight Class Weight % of Total L= (14.25)m B=5.94 m D=2.08 m LCG TCG VCG Light_weight 68.585 69.390 6.770 -0.015 0.950 Carga.sobre cubierta, 21.700 21.955 6.979 0.238 2.200 Ballast_Tanks 1.742 1.762 1.512 -2.388 1.055 Fuel Oil 6.814 6.894 7.857 0.000 0.622 Total Weight 98.840 100.000 6.798 -0.000 1.204 Tank Label Density (t/m') Sound. (m) Fill. (96) Weight Maximum (t) LCG (m) TCG (m) VCG (m) 1 BALLAST PS 1.000 0.000 0.000 0.000 3.483 1.477 2.414 0.402 2 BALLAST SB 1.000 0.973 50.000 1.742 3.483 1.512 -2.388 1.055 Subtotal for Ballast_Tanks 1.000 25.000 1.742 6.966 1.512 -2.388 1.055 Items of Loading Conditon - Condicin 100% Consumibles Weight Class Weight % of Total L= (14.25)m B=5.94 m D=2.08 m LCG TCG VCG Light_weight 68.585 69.390 6.770 -0.015 0.950 Carga.sobre cubierta, 21.700 21.955 6.979 0.238 2.200 Ballast_Tanks 1.742 1.762 1.512 -2.388 1.055 Fuel Oil 6.814 6.894 7.857 0.000 0.622 Total Weight 98.840 100.000 6.798 -0.000 1.204 Tank Label Density (t/m') Sound. (m) Fill. (96) Weight Maximum (t) LCG (m) TCG (m) VCG (m) 1 BALLAST PS 1.000 0.000 0.000 0.000 3.483 1.477 2.414 0.402 2 BALLAST SB 1.000 0.973 50.000 1.742 3.483 1.512 -2.388 1.055 Subtotal for Ballast_Tanks 1.000 25.000 1.742 6.966 1.512 -2.388 1.055