A laser diffraction pattern results in y = 6.0 cm, and the distance from the gap to the screen is D = 12 cm. The tangent of θ would be equal to. Calculating the inverse (tan-1) of the value for the tangent of θ would give us a diffraction angle, θ, of degrees.

Question

Russell Jacobson

Physics

25 August, 20:09

A laser diffraction pattern results in y = 6.0 cm, and the distance from the gap to the screen is D = 12 cm. The tangent of θ would be equal to. Calculating the inverse (tan-1) of the value for the tangent of θ would give us a diffraction angle, θ, of degrees.

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Bria Waters · Answer 1

The tangent of θ would be equal to ⇒ 0.5.

Calculating the inverse (tan-1) of the value for the tangent of θ would give us a diffraction angle, θ, of ⇒ 27 degree