Tonne meter how to set number of decimals

Find also the position of the center of flotation. Find the area of the waterplane and the change in draft if 153 tonnes of cargo are loaded with its center of gravity vertically over the center of flotation. The half-ordinates 7.5 meters from bow and stern are 2.13 and 3.35 m respectively. The half-ordinates, commencing from forward, are as follows:Д , 4.88, 6.71, 7.31, 7.01, 6.40, and 0.9 m respectively. 6.ДЄ ship 90 meters long is floating on an even keel at 6 m draft. Find how many tonnes of coal (stowing at 4 cubic meters per tonne) it will hold. The areas of vertical transverse sections of a forward hold, spaced equidistantly between bulkheads, are as follows:ДЁ00, 960, 1100, and 1120 square meters respectively. Find the displacement in salt water, the Fresh Water Allowance, and the height of the center of buoyancy above the keel. The lower area is that of the shipвЂ™s outer bottom.

The areas of a shipвЂ™s waterplanes, commencing from the load draft of 24 meters, and taken at equal distances apart, are:Дў000, 1950, 1800, 1400, 800, 400, and 100 square meters respectively. If the load draft is 5 meters and the block coefficient is 0.6, find the FWA and the position of the center of flotation, from amidships. The breadths at the load waterplane of a ship 90 meters long, measured at equal intervals from forward, are as follows:Д , 3.96, 8.53, 11.58, 12.19, 12.5, 11.58, 5.18, 3.44, and 0.30 m respectively. The half-ordinates of a shipвЂ™s waterplane, which is 60 m long, commencing from forward, are as follows:Д , 3.8, 4.3, 4.6, 4.7, 4.7, 4.5, 4.3, and 1 m respectively.ДЇind the area of the waterplane, the TPC, the coefficient of fineness of the waterplane area, and the position of the center of flotation, from amidships.

The lengths of the half-ordinates commencing from forward are as follows:Д .1, 3.5, 4.6, 5.1, 5.2, 5.1, 4.9, 4.3, and 0.1 m respectively.Д¬alculate the area of the waterplane, the TPC in salt water, and the position of the center of flotation, from amidships. The letters on each side of the load line disk, indicating the assigning authority, should be 115 mm in height and 75 mm in width (see FigureВ 35.7).ДЄ shipвЂ™s load waterplane is 60 m long. The load lines and freeboard deck line must be painted in white or yellow on a dark background, or in black on a light colored background. If the vessel is less than 100 m floodable length, then the WNA is placed 50 mm below the W mark. It is not marked on the ship sides for a vessel equal to or more than 100 m freeboard length. WNA is the Winter North Atlantic water mark. It is 1/48 of the Summer load draft below the S mark. TF is the Tropical Fresh water mark and is the (T + F) marks above the S mark. W and TPC SW are values applicable at the Summer load waterline. The F water mark is W/(4 Г— TPC SW) or 1/48 of the Summer load draft above the S mark. T is the Tropical water mark and is 1/48 of the Summer load draft above the S mark. It is placed at the Summer load waterline (draft molded). It is determined by the Department for Transport (DfT) Tabulated Freeboard values, based on the vesselвЂ™s freeboard length and various corrections. S is the Summer water mark for water of 1.025 t/m 3 density. Most cargo vessels when fully loaded will be in a sagging condition. No allowance to be made for the vessel being sagged. LR stands for Lloyds Registry based in the UK with offices worldwide.

Find the cargo to discharge so that the ship will float at the same draft in fresh water.ДЇigure 35.7. 5.ДЄ ship 100 m long, 15 m beam, and 12 m deep is floating on an even keel at a draft of 6 m, block coefficient 0.800. Find how much more cargo can be loaded if the ship is to float at the same draft in salt water. 4.ДЄ ship 120 m long Г— 15 m beam has a block coefficient of 0.700 and is floating at the load draft of 7 m in fresh water. The block coefficient at the load draft is 0.766, and at the light draft is 0.668. 3.ДЄ ship is 150 m long, has 20 m beam, load draft 8 m, and light draft 3 m. If the shipвЂ™s block coefficient is 0.750, find the displacement in tonnes at this draft in salt water. (b)ДЄ shipвЂ™s length at the waterline is 120 m when floating on an even keel at a draft of 4.5 m. 2.Дefine вЂblock coefficient of fineness of displacementвЂ™. The length of a ship at the waterline is 100 m, the maximum beam is 15 m, and the coefficient of fineness of the waterplane is 0.800. Define вЂcoefficient of fineness of the waterplaneвЂ™.

Tonne meter how to set number of decimals