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Solve Young's experiment: λ = 583 nm, slit spacing a = 0.7 mm, screen distance D = ... — Step-by-Step Solution by AhaStep | AhaStep

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⚛️ PhysicsLevel 5 — 🟢 Basicyoung_interference👁 22 views⏱ 1 min read

Solve Young's experiment: λ = 583 nm, slit spacing a = 0.7 mm, screen distance D = ... — Step-by-Step Solution by AhaStep

📝 Problem

Young's experiment: λ = 583 nm, slit spacing a = 0.7 mm, screen distance D = 2.2 m. Find the position of the 3rd bright fringe.

✨Detailed Solution

1. Young's Double Slit Interference: Use these formulas:

1. Fringe width i = λD / a, where λ is wavelength, D is screen distance, a is slit separation.

2. Bright fringe position:

3. Dark fringe position:

🔒 3 steps remaining

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1. Young's Double Slit Interference: Use these formulas:

1. Fringe width i = λD / a, where λ is wavelength, D is screen distance, a is slit separation.

2. Bright fringe position:

3. Dark fringe position:

🔒 3 steps remaining