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Microscopic readings (mm) Diameter of Numbers the ring in mm (D) (Left - Total Right) D? (mm2) Dn+k? - D,? (mm2) of the Left Right rings MSR VSR Total MSR VSR Dg2 - D;? (45.19 - 41.66)=3.53 (3.53)2=12.4609 = 12.4609 - 6.4516 D5 45 0.19 45.19 41 0.66 41.66 = 6.0093 (44.69 - 42.15)=2.54 (2.54)² = 6.4516 D1 44 0.69 44.69 42 0.15 42.15 Mean value of Dn+k - D,2 = 6.0093 mm2 = 6.0093 x 10-6 m² b) Focal length of convex lens, f = 19.5 cm Distance from lens to wire-gauze, d = 5 cm (19.5 ст)(5 сm) _fd Radius of curvature of the surface of the lens, R = f-d 97,5 cm = 6.7241 cm 14,5 (19.5–5) cm 6.0093 x 10-6 m² 4(4)(6.7241×10-2 Dn+k²-D,? 6.0093 x 10-6 1.0759 Wave length of the sodium light, 1 = m = 5. 5854 × 10-6 m = 5 4 kR m) .5854 µm The graph between the square of the diameter and number of the rings D? Vs n D? (mm²) 12 11 10 9 8 7 1 3 4 5 2.

Microscopic readings (mm) Diameter of Numbers the ring in mm (D) (Left - Total Right) D? (mm2) Dn+k? - D,? (mm2) of the Left Right rings MSR VSR Total MSR VSR Dg2 - D;? (45.19 - 41.66)=3.53 (3.53)2=12.4609 = 12.4609 - 6.4516 D5 45 0.19 45.19 41 0.66 41.66 = 6.0093 (44.69 - 42.15)=2.54 (2.54)² = 6.4516 D1 44 0.69 44.69 42 0.15 42.15 Mean value of Dn+k - D,2 = 6.0093 mm2 = 6.0093 x 10-6 m² b) Focal length of convex lens, f = 19.5 cm Distance from lens to wire-gauze, d = 5 cm (19.5 ст)(5 сm) _fd Radius of curvature of the surface of the lens, R = f-d 97,5 cm = 6.7241 cm 14,5 (19.5–5) cm 6.0093 x 10-6 m² 4(4)(6.7241×10-2 Dn+k²-D,? 6.0093 x 10-6 1.0759 Wave length of the sodium light, 1 = m = 5. 5854 × 10-6 m = 5 4 kR m) .5854 µm The graph between the square of the diameter and number of the rings D? Vs n D? (mm²) 12 11 10 9 8 7 1 3 4 5 2.

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NEWTON’S RING Experiment 

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Microscopic readings (mm) Diameter of Numbers the ring in mm (D) (Left - Total Right) D? (mm2) Dn+k? - D,? (mm2) of the Left Right rings MSR VSR Total MSR VSR Dg2 - D;? (45.19 - 41.66)=3.53 (3.53)2=12.4609 = 12.4609 - 6.4516 D5 45 0.19 45.19 41 0.66 41.66 = 6.0093 (44.69 - 42.15)=2.54 (2.54)² = 6.4516 D1 44 0.69 44.69 42 0.15 42.15 Mean value of Dn+k - D,2 = 6.0093 mm2 = 6.0093 x 10-6 m² b) Focal length of convex lens, f = 19.5 cm Distance from lens to wire-gauze, d = 5 cm (19.5 ст)(5 сm) _fd Radius of curvature of the surface of the lens, R = f-d 97,5 cm = 6.7241 cm 14,5 (19.5–5) cm 6.0093 x 10-6 m² 4(4)(6.7241×10-2 Dn+k²-D,? 6.0093 x 10-6 1.0759 Wave length of the sodium light, 1 = m = 5. 5854 × 10-6 m = 5 4 kR m) .5854 µm
Transcribed Image Text:Microscopic readings (mm) Diameter of Numbers the ring in mm (D) (Left - Total Right) D? (mm2) Dn+k? - D,? (mm2) of the Left Right rings MSR VSR Total MSR VSR Dg2 - D;? (45.19 - 41.66)=3.53 (3.53)2=12.4609 = 12.4609 - 6.4516 D5 45 0.19 45.19 41 0.66 41.66 = 6.0093 (44.69 - 42.15)=2.54 (2.54)² = 6.4516 D1 44 0.69 44.69 42 0.15 42.15 Mean value of Dn+k - D,2 = 6.0093 mm2 = 6.0093 x 10-6 m² b) Focal length of convex lens, f = 19.5 cm Distance from lens to wire-gauze, d = 5 cm (19.5 ст)(5 сm) _fd Radius of curvature of the surface of the lens, R = f-d 97,5 cm = 6.7241 cm 14,5 (19.5–5) cm 6.0093 x 10-6 m² 4(4)(6.7241×10-2 Dn+k²-D,? 6.0093 x 10-6 1.0759 Wave length of the sodium light, 1 = m = 5. 5854 × 10-6 m = 5 4 kR m) .5854 µm
The graph between the square of the diameter and number of the rings D? Vs n D? (mm²) 12 11 10 9 8 7 1 3 4 5 2.
Transcribed Image Text:The graph between the square of the diameter and number of the rings D? Vs n D? (mm²) 12 11 10 9 8 7 1 3 4 5 2.
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