DRAWING

DRAWING. PLATE CCXVII. SPECIMENS OF LANDSCAPE SKETCHING BY CLAUDE. Fig. 1. Drawn by J. H. A. & Co. (Outline) Fig. 2. First Perspective. Fig. 3. Second Perspective. Fig. 4. Finished Landscape. Fig. 3. Fig. 1.Section of Liquor Tub. Fig. 2.Plan of Liquor Tub. Fig. 5.Plan of Dyeing Machine. Fig. 4.Front Elevation of Dyeing Machine. Fig. 6.Elevation of Dyeing Box. Fig. 7.Plan of Dyeing Box. Section of Clearing Boiler. Fig. 8. Fig. 9.Elevation of Clearing Boiler. Fig. 10. Fig. 11. The Nile River is depicted with its branches, including the 'Bahr El Bahig' and 'Bahr El Ghazal'. Settlements like 'Alexandria', 'Cairo', and 'Suez' are marked. The map also shows the 'Great Pyramids of Giza' and other landmarks. A grid of latitude and longitude lines is overlaid. A scale bar is visible on the left side, and a north arrow is in the bottom left corner.Map Labels and Features:Top Edge: MEDITERRANEAN SEARight Edge: 29, 30, 31, 32, 33, 34, 35, 36 (Longitude)Left Edge: 24, 25, 26, 27, 28 (Latitude)Center: BAHARI REGIONBottom Edge: NILE, ALEXANDRIA, CAIRO, SUZ, PERSIAN GULFMajor Rivers: Nile, Bahr El Bahig, Bahr El GhazalLandmarks: Great Pyramids of Giza, Sphinx, Rosetta, MemphisSettlements: Alexandria, Cairo, Suez, Port Said, Port Fuad, Port Tiberias, Port MaharaGeographical Features: Desert, Canals, Lakes, MountainsText Block (Top Left):Great Pyramids of Giza.The distance between Cairo & the20th degree, which is about 30 M.above the confluence, and in thecity below the valley, will makewith Cairo, 11 M. 45 S. distancebetween the 20th degree andabove the city below. The numberof miles, which is the number ofmiles, which is the number ofeverywhere more which are providedwith, corresponds to the 20thdistance. The pyramid measuresabout 32 hours.Scale Bar (Bottom Left):Geographical Miles, 40 M. at Degrees10 20 30 40 50 60 70 80 90 100 A faint architectural drawing of a building, possibly a temple or a large hall. The structure features a prominent central tower with a tiered roof. To the left of the tower, there are two smaller, circular structures, possibly stupas or smaller pavilions. In the foreground, there is a large, arched entrance or doorway. The drawing is very light and appears to be a sketch or a faded print. The overall style is classical, with clear lines and geometric shapes. Fig. 1. Fig. 2. Fig. 4. Fig. 3. Fig. 5. Fig. 6. Fig. 7. A faint architectural sketch of a building facade, possibly a classical structure, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, similar to the one on the left, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. A faint architectural sketch of a building facade, showing a central entrance and symmetrical windows. Fig. 6. Nat. Pos. Fig. 7. Neg. Nat. Fig. 8. Neg. Pos. Fig. 1. Fig. 9. Pos. Nat. Fig. 10. Nat. Neg. Fig. 11. Pos. Neg. Fig. 4. Fig. 15. Fig. 13. Fig. 2. Fig. 5. Fig. 12. Fig. 16. Fig. 14. Fig. 14. Fig. 3. A large, faint architectural drawing is centered on the page. It depicts a classical structure, possibly a temple or a monumental building. The drawing features a central dome or pediment supported by several columns. The style is reminiscent of classical architectural plans or elevations. The drawing is very light and appears to be a watermark or a faded print on aged paper. The overall composition is symmetrical and formal. This plate contains 16 figures illustrating various electrical apparatus and experiments: Fig. 1: A large electrostatic generator consisting of a tall vertical rod (G) mounted on a cylindrical base (C). The rod is connected to a metal cap (M, N) and a terminal (R). A glass cylinder (A, B) surrounds the base, containing a metal plate (D) and a suspended metal ball (e). Fig. 2: A horizontal rod (A, C) with a small sphere (B) at one end. Fig. 3: A mechanical apparatus with a horizontal arm (A, B) mounted on a vertical stand (C). It includes a pulley (D) and a small sphere (e). Fig. 4: A circular plate (S) with a central point (A) and four radial lines (L, B, C, L). Fig. 5: A horizontal rod (A, B) with a central terminal (C) and a vertical wire (D, F). Fig. 6: A vertical rod (B, C) with a horizontal arm (A, N) and a small sphere (e). Fig. 7: A horizontal rod (A, N) with a central terminal (C). Fig. 8: A Leyden jar with a central terminal (A) and a side terminal (B). Fig. 9: A Leyden jar on a stand (B) with a central terminal (A) and several radial wires (m, p, r, s). Fig. 10: A Leyden jar on a stand (D) with a central terminal (C) and a horizontal arm (H, S, M). Fig. 11: A Leyden jar on a stand (B) with a central terminal (A) and a horizontal arm (C, D). Fig. 12: A diagram showing a base with two vertical supports (M, N) and a horizontal arm (O, P) with points a, b, c, d. Fig. 13: Two Leyden jars on stands (A, B). Fig. 14: Two Leyden jars on stands (A, B) with terminals (M, N, O, P). Fig. 15: Two Leyden jars on stands (A, B) with terminals (M, N, O, P). Fig. 16: A complex geometric diagram showing a circle with points A, B, C, D, E, F, G, H, I, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z and various lines connecting them. In the upper left, there is a large, complex assembly with various parts labeled with letters. In the upper right, there is a smaller, more compact assembly. In the lower left, there is a cylindrical component with a valve or handle. In the lower right, there is a larger, more complex assembly with multiple parts labeled. The drawings are very faint and appear to be bleed-through from the reverse side of the page. Fig. 1. Nat. Fig. 2. Fig. 3. Fig. 5. Fig. 4. Fig. 6. Fig. 7. Fig. 9. Fig. 8. Fig. 10. Fig. 11. Fig. 12. TORPEDO. Fig. 1. Fig. 2. GYMNOTUS. Fig. 3. SILURUS. Fig. 4. Fig. 5. Fig. 6. Fig. 8. Fig. 7. Fig. 10. Fig. 11. Fig. 9. This plate contains 16 figures illustrating various electrical apparatus and experiments: Fig. 1. A Leyden jar with a glass tube (C) on top, a metal sphere (B) on the side, and a base (A, D). Fig. 2. A circular induction coil with a central core (M) and terminals (a, b, c, d). Fig. 3. Two circular induction coils, one above the other, with various terminals (a, b, c, d, e, f, g, h, i, k, l, m, n, o, p, q, r, s, t). Fig. 4. A small diagram showing a vertical rod (d) with a terminal (e) and a horizontal rod (p) with a terminal (s). Fig. 5. A large, complex induction coil mounted on a wooden frame, with many terminals (A, B, C, D, E, F, G, H, I, K, L, M, N, O, P, Q, R, S, T, U, V, W, X, Y, Z). Fig. 6. A diagram showing a vertical rod (A) and a horizontal rod (B) connected to a base (D) and a wire (b). Fig. 7. A diagram showing a vertical rod (A) with a terminal (G) and a horizontal rod (F) with a terminal (H). Fig. 8. A triangular arrangement of three points connected by lines, with a central point and a horizontal rod. Fig. 9. Two circular plates (A, B, C) with a central rod (E). Fig. 10. Two circular plates (A, B, C) with a central rod (E). Fig. 11. A circular plate with a central rod (E) and a smaller circular plate on top. Fig. 12. A vertical rod (A) with a terminal (G) and a horizontal rod (F) with a terminal (H). Fig. 13. A horizontal rod (A) with a terminal (G) and a curved line (L). Fig. 14. A vertical rod (D) with a terminal (C) and a horizontal rod (B) with a terminal (A). Fig. 15. A vertical rod (D) with a terminal (C) and a horizontal rod (B) with a terminal (A). Fig. 16. A vertical rod (D) with a terminal (C) and a horizontal rod (B) with a terminal (A).