Çevremde kimse bu konuda uzman değil, tanıdığınız varsa bana bildirirsenşiz sevinrimi. Bu sorular ödevlerim. https://dosya.co/wdoa7qshhzxs/vgvh. docx.html \t\t\t\t 1.\tPlease make required matching (8 4p) Parallel Rise/Sinkage\t Metacentric height \t MT1cm\t Even keel draught \t Mean draught\t Angle of Loll\t TPC(TP1cm)\t GZ maximum\t Centre of Flotation \t Lightweight\t Free Surface Effect\t Righting arm \t Trim\t That is the difference between the draft at the for'd perpendicular and the draft at the aft perpendicular . If there is no difference, ship is on even keel. That is the geometrical 2-dimensional centre of the waterplane. It is the point about which the ship trims. The difference between the centre of gravity and the metacentre is defined as the... The number of tons added or removed necessary to produce a change in mean draft of one cm. When the ship floating at rest in still water is inclined by an external force to a small angle?, the centre of gravity G will remain in the same position but the centre of buoyancy moves towards the submerged side, to the new position B?. This create a moment equal to the product of the ship's weight and the... That is the average of TF and TA at amidships That is known as the maximum righting arm distance and that creates maximum righting moment. The moment necessary to produce a change in trim of one cm. Found using the hydrostatic curves. 2.\tA ship displacing 3000 t has an initial stability of GM=0.5 m. A weight of 80 t located in the hold was moved 1.5 m up and 6.1 m starboard. Find the heel angle(28p) 3. Vessel descrption is as below L=150m ; Δ=10000 ; Tfore=7,40 ;Taft=7,20 ; GML=115m ; T1cm=22,5ton/cm ; LCF=5m During sailing, unloaded and loaded items of the vessel are as shown. •\t450 tonnes marine diesel used 11m from center to aft •\t150 tonnes freshwater used 5m from center to aft •\t15 tonnes store used 3m from center to fore •\t180 tonnes ballast water loaded 15m from center to fore Please calculate aft and fore draft.(40p)