Find the angular separation in the first-order spectrum, Physics

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Find the angular separation in the first-order spectrum

A diffraction grating that has 2000 slits per centimeter is used to analyze the spectrum of mercury.

(a) Find the angular separation in the first-order spectrum of the two lines that have wavelengths equal to 579 nm and 577 nm.

(b) How wide must the beam on the grating be for these lines to be resolved?

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Physics: Find the angular separation in the first-order spectrum

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Physics: Find the angular separation in the first-order spectrum

Reference No:- TGS0729081

Have a Question? (oR Write a Review)

Recent Questions Asked Physics

Q : Brightest in the reflected interference pattern

Q : Determine darcy weisbach friction factor if flow is laminar

Q : Statistically equivalent with respect to household size

Q : Determine diameter of pipe if absolute roughness is given

Q : Find the angular separation in the first-order spectrum

Q : Statistically equivalent with respect to household size

Q : Determine mass flow rate of steam through the nozzle

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Request for Solution File

Ask an Expert for Answer!!

Physics: Find the angular separation in the first-order spectrum

Reference No:- TGS0729081

Recent Questions Asked Physics

Q : Brightest in the reflected interference pattern

Q : Determine darcy weisbach friction factor if flow is laminar

Q : Statistically equivalent with respect to household size

Q : Determine diameter of pipe if absolute roughness is given

Q : Find the angular separation in the first-order spectrum

Q : Statistically equivalent with respect to household size

Q : Determine mass flow rate of steam through the nozzle

Q : Finding the focal length of the mirror

Q : Determine necessary material strength using factor of safety

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