Which of the following equation describes Bragg’s law of diffraction? (Assume that all symbols have their usual meaning.)

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Bragg’s law, which describes the constructive interference conditions for θ to be at its strongest: nλ = 2d sinθ Detailed Explanation Bragg's Law relates the angle θ (at which there is a maximum in diffracted intensity) to the wavelength of X-rays and the interlayer distance d between the planes of atoms/ions/molecules in the lattice. Condition for constructive interference (maxima in the reflected). nλ = 2d sinθ λ = Wavelength of the X-ray d = distance of crystal layers θ = incident angle (the angle between the incident plane and the scattering plane) n = integer (order)

Which of the following equation describes Bragg’s law of diffraction? (Assume that all symbols have their usual meaning.)

2d sin? = ?

2d = n?

2d = n? sin?

2d sin? = n?

The correct answer is `No. 4: 2d sin? = n?`

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Which of the following equation describes Bragg’s law of diffraction? (Assume that all symbols have their usual meaning.)

2d sin? = ?

2d = n?

2d = n? sin?

2d sin? = n?

The correct answer is No. 4: 2d sin? = n?

The correct answer is `No. 4: 2d sin? = n?`