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(a) Y±m = ±m÷1 (b) Y-±m = ±(m – ±)2 +(m – })½. (c) Y±m = ±m42 Select all the correct options: Equation (a) is for the positions of dark fingers of a single-slit diffraction pattern. O Equation (a) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (a) is for the positions of dark fingers of a double-slit interference pattern. Equation (a) is for the positions of bright fingers of a double-slit interference pattern.

(a) Y±m = ±m÷1 (b) Y-±m = ±(m – ±)2 +(m – })½. (c) Y±m = ±m42 Select all the correct options: Equation (a) is for the positions of dark fingers of a single-slit diffraction pattern. O Equation (a) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (a) is for the positions of dark fingers of a double-slit interference pattern. Equation (a) is for the positions of bright fingers of a double-slit interference pattern.

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Equation (b) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (b) is for the positions of dark fingers of a double-slit interference pattern. Equation (b) is for the positions of bright fingers of a double-slit interference pattern. Equation (c) is for the positions of dark fingers of a single-slit diffraction pattern. Equation (c) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (c) is for the positions of dark fingers of a double-slit interference pattern. Equation (c) is for the positions of bright fingers of a double-slit interference pattern.
Transcribed Image Text:Equation (b) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (b) is for the positions of dark fingers of a double-slit interference pattern. Equation (b) is for the positions of bright fingers of a double-slit interference pattern. Equation (c) is for the positions of dark fingers of a single-slit diffraction pattern. Equation (c) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (c) is for the positions of dark fingers of a double-slit interference pattern. Equation (c) is for the positions of bright fingers of a double-slit interference pattern.
(a) У+т — m (Б) У+т = ±(m – ±)½. 2 (c) Y±m = Select all the correct options: Equation (a) is for the positions of dark fingers of a single-slit diffraction pattern. Equation (a) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (a) is for the positions of dark fingers of a double-slit interference pattern. Equation (a) is for the positions of bright fingers of a double-slit interference pattern. Equation (b) is for the positions of dark fingers of a single-slit diffraction pattern.
Transcribed Image Text:(a) У+т — m (Б) У+т = ±(m – ±)½. 2 (c) Y±m = Select all the correct options: Equation (a) is for the positions of dark fingers of a single-slit diffraction pattern. Equation (a) is for the positions of bright fingers of a single-slit diffraction pattern. Equation (a) is for the positions of dark fingers of a double-slit interference pattern. Equation (a) is for the positions of bright fingers of a double-slit interference pattern. Equation (b) is for the positions of dark fingers of a single-slit diffraction pattern.
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