Question

The equation y m = (m×λ×L)/d gives the position of the m th bright fringe in a double slit experiment. What is the correction solution for λ in terms of y m, m, L, and d?

Answer 1

To find the wavelength (λ) from the given equation for the mth bright fringe position in a double slit experiment, rearrange the formula to λ = (y_m×d)/(m×L).

Step-by-step explanation:

The equation given, ym = (m×λ×L)/d, represents the position of the mth bright fringe in a double slit experiment within the subject of Physics. To solve for the wavelength (λ) in terms of ym (position of the mth bright fringe), m (order of the maximum), L (distance from the slits to the screen), and d (distance between slits), we can rearrange the equation as follows: λ = (ym×d)/(m×L). To find the wavelength (λ) from the given equation for the mth bright fringe position in a double slit experiment, rearrange the formula to λ = (y_m×d)/(m×L).