Preview

Ht Formula

Powerful Essays
Open Document
Open Document
555 Words
Grammar
Grammar
Plagiarism
Plagiarism
Writing
Writing
Score
Score
Ht Formula
HULL 1. Stem 2. Forefoot 3. Keel 4. Rudder post 5. Rudder 6. Propeller 7. Propeller boss 8. Stem 9. Anchor 10. Draught marks 11. Load line markings 12. Deck line
HULL INTERIOR 13. Hawse pipe 14. Deck stores 15. Windglass machinery room 16. Spurling pipe 17. Chain locker 18. Fore peak tank 19. No.1 Upper tween deck 20. No.1 Lower tween deck 21. No.1 Lower hold 22. No.1 Double bottom tank 23. No.2 Upper tween deck 24. No.2 Lower tween deck 25. No.2 Lower hold 26. No.2 Double bottom tank 27. No.3 Upper tween deck 28. No.3 Lower tween deck 29. No.3 Lower hold 30. No.3 Double bottom tank 31. No.3 Coffer dam 32. Refrigeration machinery room 33. Co2 fire fighting control room 34. Ship’s dry and refrig store room 35. Cross bunker deep tanks 36. Engine room (E.R.) 37. E.R. Double bottom tank 38. E.R. Coffer dam 39. No.4 Upper tween deck 40. No.4 Lower tween deck refrig 41. No.4 Locker refrig 42. No.4 Deep tanks ford and aft. 43. No.4 Double bottom tanks 44. Brine control room 45. No.5 Upper tween deck 46. No.5 Lower tween deck 47. No.5 Lower hold 48. No.5 Deep tanks 49. No.5 Double bottom tank 50. Propeller shaft 51. Propeller shaft tunnel 52. Tunnel recess 53. Tunnel escape shaft 54. Stern gland 55. Stern shaft 56. Stern frame 57. After peak shaft 58. Rudder gland 59. Steering gear
FORECASTLE HEAD 60. Jack-staff 61. Davit 62. Warping shocks 63. Compressor 64. Windglass 65. Bitts or bollards 66. Panama lead
MAIN DECK 67. Shoulder fairlead 68. Hatch coamings 69. Cargo winches 70. Ford mast house 71. Deck house 72. Ford waist pipe 73. After waist pipe 74. After mast house 75. Mooring winch 76. After deck house 77. Auxiliary steering position 78. After steering

You May Also Find These Documents Helpful

  • Satisfactory Essays

    Report must be typed and submitted to Turn it in by Wednesday Sept 24th 11:59pm.…

    • 279 Words
    • 2 Pages
    Satisfactory Essays
  • Satisfactory Essays

    [ print page ]03.09 Molar Mass of Compounds: Determining the Formula of a Hydrate—Text Version…

    • 443 Words
    • 2 Pages
    Satisfactory Essays
  • Good Essays

    Empirical Formula PRE LAB

    • 703 Words
    • 4 Pages

    compound of oxygen and lead, one mole of lead has a molar mass of 207.2 g/mole, and oxygen…

    • 703 Words
    • 4 Pages
    Good Essays
  • Good Essays

    Hydrate Formula

    • 528 Words
    • 3 Pages

    Calculations: Mass of crucible with hydrate (32.35g) - Mass of crucible and anhydrous salt (31.39g) = .96g…

    • 528 Words
    • 3 Pages
    Good Essays
  • Satisfactory Essays

    Hca Ratio Analysis

    • 546 Words
    • 3 Pages

    * Place this information in the table. You will do the same with the rest of the ratios. Take the result of your calculations and place in the grid, as in the example.…

    • 546 Words
    • 3 Pages
    Satisfactory Essays
  • Good Essays

    Chemical Formula Lab

    • 1437 Words
    • 6 Pages

    Obtain and wear goggles. 2. Measure and record the mass of a clean, dry crucible without cover. Obtain about 1 g of the unknown copper chloride hydrate and place it in the crucible. Use a spatula to break up any large pieces of the substance by pressing the pieces against the wall of the crucible. Measure and record the mass of the crucible with compound. 3. Set up a ring stand, ring, and clay triangle for heating the sample. Rest the crucible on the clay triangle. Set up a lab burner and ignite the burner away from the crucible. Adjust the burner to get a small flame. 4. Hold the burner in your hand and move the flame slowly back and forth underneath the crucible to gently heat the sample. Do not overheat the compound. Note the color change, from blue-green to brownish, as the water of hydration is driven out of the crystals. When the sample has turned brown, gently heat the crucible for two more minutes. 5. Remove and turn off the burner. Cover the crucible and allow the sample to cool for about ten minutes. 6. Remove the crucible cover and inspect your sample. If you see any blue-green crystals, reheat the sample until the crystals have turned brown. 7. Measure and record the mass of the cool crucible of your copper chloride sample. 8. Transfer the brown solid to a clean and empty 50 mL beaker. Rinse out the crucible with two 8 mL aliquots of distilled water and pour the water into the 50 mL beaker. Gently swirl the beaker to completely dissolve the solid. Note that the color of the solution is green as the copper ions are rehydrated. 9. Measure out about 20 cm of aluminum wire, coil the wire, and place the wire in the beaker of solution so that it is completely immersed in the copper chloride solution. Note that the reaction produces a gas, elemental copper is forming on the surface of the aluminum wire, and the color of the solution is fading. The reaction will take about 30 minutes to complete. 10. When the reaction is done, the solution will be colorless.…

    • 1437 Words
    • 6 Pages
    Good Essays
  • Good Essays

    hydrogen chloride has properties: Hydrogen chloride has one molecule of hydrogen and one molecule of chlorine: Hydrogen chloride has a very powerful smell. It is in the form of a gas but only when it is at room temperature which is approximately 25 Celsius and when the pressure is high. The solubility of hydrogen chloride is very high this means that it can dissolve in water quickly because it dissolves many times in its own solution (the gas form of hydrogen chloride). It is very soluble because the smaller the chain of the molecules are then the energy required in small quantities however if the chain is long then it will need more energy so that means that the longer chain will have a slow reaction and the longer the chain the chances…

    • 663 Words
    • 3 Pages
    Good Essays
  • Satisfactory Essays

    Formula of a Hydrate

    • 484 Words
    • 2 Pages

    Results: According to our results anhydrous salt magnesium has a formula hydrate of MgSO4 + 7H2O. The average moles of water per mole of anhydrous salt obtained: 6.93 moles. This was the average between trial 1 and trial 2. Even though our samples were not measures exactly even we obtained the same results for trail 1 and 2 for the percent of water in the hydrate =51% and percent of anhydrous salt in the hydrate =49%. The mass of hydrate in trial 1 =3.227g and trial 2 =1.973g. The mass of anhydrous salt trial 1 =1.581g and trial 2 =0.972g. Mass of water liberated trial 1 =1.646g and trial 2 =1.001g. Moles of anhydrous salt in 100g of hydrate trial 1 =0.407moles and trial 2 =0.807 moles. Moles of water in 100g of hydrate trial 1 =2.83 moles and trial =2 5.58 moles. Moles of…

    • 484 Words
    • 2 Pages
    Satisfactory Essays
  • Better Essays

    Abstract: The main objective of this experiment was to use to the reaction between zinc and iodine to examine the validity of the Law of Conservation of Mass and the Law of Constant Composition. The Law of Constant Composition was tested by determining the mass of each of the reactants, zinc and iodine, and comparing their total to the mass of the zinc iodide product plus the excess zinc. The total mass of the reactants was determined by subtracting the mass of the empty beaker from the mass of the beaker with initial amounts of zinc and iodine in it. The mass of the reactants was 5.266g. The mass of the products was obtained by adding the mass of zinc iodide with the mass of the excess zinc. The mass of zinc iodide was 2.412g. The mass of excess zinc was 2.695g. 2.142g was then added to 2.695g to find the total mass of the products. Since the mass of the reactants is 5.266g and the mass of the products is 5.107g, it can be concluded that the Law of Conservation of Mass is a valid law.…

    • 1987 Words
    • 6 Pages
    Better Essays
  • Satisfactory Essays

    Molar volume is the volume that one mole of gas occupies when temperature and pressure are kept constant. The molar volume of a gas can be determined through evaluating how much gas is given off when the number of moles of the substance is known. To find the volume of gas that will be used to calculate the molar volume, the process of water displacement can be used.…

    • 1377 Words
    • 6 Pages
    Satisfactory Essays
  • Satisfactory Essays

    Hca 270 Ratio Analysis

    • 2503 Words
    • 11 Pages

    University policies are subject to change. Be sure to read the policies at the beginning of each class. Policies may be slightly different depending on the modality in which you attend class. If you have recently changed modalities, read the policies governing your current class modality.…

    • 2503 Words
    • 11 Pages
    Satisfactory Essays
  • Satisfactory Essays

    There are at least two reasons why heating to find percentage of water in hydrated crystals is not recommended for all hydrates. The first reason is that some hydrates have such a strong bond with the water that not all of it will be able to be removed. The second reason is that different hydrates have their own mass. Depending on the mass and type of hydrate, some of the molecule may be burned off from heating. This would lead to a false accusation that the mass loss was all from water, when in reality it could partially be the mass of the molecule.…

    • 389 Words
    • 2 Pages
    Satisfactory Essays
  • Satisfactory Essays

    Mole and Formula

    • 791 Words
    • 4 Pages

    e) Determine the mass in grams of 5.65 x 1024 atoms Se (hint: 2 steps)…

    • 791 Words
    • 4 Pages
    Satisfactory Essays
  • Good Essays

    Therefore, I carried out two reactions. The firsts reaction involved adding hydrated copper (II) sulfate in water. The initial and final temperatures were recorded, and the ∆T of the trials were calculated. As the reaction was endothermic, which means it absorbs the heat, the temperature goes down and therefore the ∆T of the reaction is positive. The table below represents the information about the experiment:…

    • 1810 Words
    • 8 Pages
    Good Essays
  • Good Essays

    Physics Formula

    • 2243 Words
    • 9 Pages

    a = acceleration v = final velocity u = initial velocity t =time for the velocity change…

    • 2243 Words
    • 9 Pages
    Good Essays

Related Topics