PLATE II. Fig. 33. A particle of water constituted of six particles Fig. 3. symmetrically united. 34. A senate or cellular molecule of water-35. A flake of snow of a most perfect sort, copied from Scoresby-36. A particle of water with the directions of the axes of polarization marked by dotted lines-37. a b c figures illustrative of the decomposition of water. 38. Two particles of vital air forming one symmetrical molecule. 39. A particle of deutoxide of hydrogen. 40. A particle of nascent atmospherical air composed of a particle of oxygen, Fig. 8, with one of nitrogen,Fig 14. in each pole. 41. A particle of nitric acid. 42. A particle of intoxicating gas. 43. A particle of nitrous gas. 44. A particle of nitrous acid. 45. A particle of hyponitrous acid, composed of one of nitrous gas, Fig. 43. combined with one of nitrous acid, Fig. 44. 46. A particle of sulphur. 47. A particle of sulphureous acid. 48. A particle of oil of vitriol. 49. A particle of sulphuretted hydrogen composed of a quaternate molecule of sulphur, with a particle of hydrogen on each pole. 52. A particle of selenium. 51. A particle of arsenic. 50. A particle of tellurium. 53. A particle of phosphorus. 54. A particle of phosphoric acid–55. A molecule of glacial phosphoric acid, composed of a nucleus of water, with three particles of acid, one on each alternate segment of the equator, and one in cach pole. 56. The lightest sort of phosphuretted hydrogen, (Davy's Elements). 57. A particle of boron. 58. A particle of ammonia-59. Ammonia made conformable to potassium Fig. 7, by the loss of a particle of hydrogen-60. Ammonium-61. Nascent ammonia-62. Ammonia destroyed by electricity. PLATE III. Fig. 63. A ternate molecule of carbon Fig. 4.-Fig. 64. A quinate molecule as involved in Fig. 15.—Fig. 65. A septenate molecule Fig. 66. a duodenate molecule or a molecule of diamond- 68. A symmetrical molecule of carbonic acid composed of two parti- 69. A particle of carbonic oxide. 70. A particle of dry acetic acid, three of which on the alternate segments of a particle of water constitute a hydro-molecule of acid, such as is commonly found. 71. A particle of citric acid. 72. A particle of oxalic acid. 73. A particle of which three on the alternate segments of a binate molecule of water, constitute a particle of malic acid. 74. A particle of which three on the alternate segments of a binate molecule of water, constitute a particle of sugar. 75. A particle of alcohol. It also represents sugar supposing three of carbonic acid added on the three poles of the three carbons towards either extremity. When all the carbons are covered with carbonic acid, that is, when the other three poles are covered also, the form becomes malic acid. 76. A particle of ether, or alcohol with the quantity of olefiant gas doubled, every segment of the water instead of every alternate segment being covered. 77. A particle of hydrocyanic acid. 78. A particle of the black oxide of manganese, composed of a particle of Fig. 65., with one of Fig. 8. on each pole. 79. A particle of soda composed of one of oxygen, Fig. 8. in the centre, with one of sodium, Fig. 7., (the solid form), on its opposite sides. 80. A particle of common salt, composed of one of chlorine, Fig. 15., with one of soda, Fig, 7., (the solid form), on each pole. 81. A particle of potassa composed of one of oxygen, Fig. 8. in the centre, with five of potassium, Fig. 7., (the hollow form), symmetrically around it. 82. A particle of magnesia having a structure analogous to soda, magnesium Fig. 6. (the solid form) occupying the place of sodium Fig. 7. (the solid form.) 83. A particle of lime having a structure analogous to potassa, calcium Fig. 6., (the hollow form) occupying the place of potas sium Fig. 7. (the hollow form.) |