17:36 la 33% ncek Soru Sonraki Soru Cevaplanmam Soru: 7 / Cevap: 0 Soru 1. (10 puan) A chemical tanker vessel is to be inclined at a displacement of 9800 , KM 10.3 m. The movement of 12 t inclining weights through a distance of 19.8 m causes a mean value of 13.8 cm deflection of a 11 m long pendulum. a. Calculate the effective KG as inclined To bring the ship to the light condition Discharge 24 t inclining weights KG 15 m, 40 t equipment KG 8 m, Labour force on board (14 men) KG 10.5 m (allow 80 kg per person) b. Calculate the lightship displacement and lightship KG. DWA (mm) - FWA (1025-Dock water density) 25 wxd GGV A GGH wxd (listing moment) GGH Tan List GM 3 (for free surface effect) GG, = lb_x p tank 12A wxdx Pendulum length GM (inclining experiment) Ax Deflection wxd (trimming moment) COT (cms) MCTC Tf = COT - Ta Ta = COT X LCF (foap) LBP 17:36 la 33% ncek Soru Sonraki Soru Cevaplanmam Soru: 7 / Cevap: 0 Soru 1. (10 puan) A chemical tanker vessel is to be inclined at a displacement of 9800 , KM 10.3 m. The movement of 12 t inclining weights through a distance of 19.8 m causes a mean value of 13.8 cm deflection of a 11 m long pendulum. a. Calculate the effective KG as inclined To bring the ship to the light condition Discharge 24 t inclining weights KG 15 m, 40 t equipment KG 8 m, Labour force on board (14 men) KG 10.5 m (allow 80 kg per person) b. Calculate the lightship displacement and lightship KG. DWA (mm) - FWA (1025-Dock water density) 25 wxd GGV A GGH wxd (listing moment) GGH Tan List GM 3 (for free surface effect) GG, = lb_x p tank 12A wxdx Pendulum length GM (inclining experiment) Ax Deflection wxd (trimming moment) COT (cms) MCTC Tf = COT - Ta Ta = COT X LCF (foap) LBP