Question in the attachment Monochromatic visible light of frequency 4.32x1014 Hz falls on double slits, creating a diffraction pattern on a screen 2.03 m away, Suppose now that thedistance between the slits begins to increase at a constant rate:dd= 0.366 um/s.dtAssume that everything else remains unchanged. Find the rate at which the distance between the central maximum and first maximum is changing, in cm/s, atthe instant the distance between the slits is 9.59 umNOTE: The sign of the answer will describe if the distance is increasing or decreasing.

Differentiate the expression for distance between the central maximum and the first maximum…

Monochromatic visible light of frequency 4.32x1014 Hz falls on double slits, creating a diffraction pattern on a screen 2.03 m away, Suppose now that the distance between the slits begins to increase at a constant rate: dd = 0.366 µm/s. dt Assume that everything else remains unchanged. Find the rate at which the distance between the central maximum and first maximum is changing, in cm/s, at the instant the distance between the slits is 9.59 um NOTE: The sign of the answer will describe if the distance is increasing or decreasing.

Monochromatic visible light of frequency 4.32x1014 Hz falls on double slits, creating a diffraction pattern on a screen 2.03 m away, Suppose now that the distance between the slits begins to increase at a constant rate: dd = 0.366 µm/s. dt Assume that everything else remains unchanged. Find the rate at which the distance between the central maximum and first maximum is changing, in cm/s, at the instant the distance between the slits is 9.59 um NOTE: The sign of the answer will describe if the distance is increasing or decreasing.