What happens to the diffraction pattern when monochromatic light is replaced wit

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Question: What happens to the diffraction pattern when monochromatic light is replaced with white light?

Options:

Correct Answer: It becomes colored

Solution:

Replacing monochromatic light with white light results in a colored diffraction pattern due to the different wavelengths.

What happens to the diffraction pattern when monochromatic light is replaced with white light?

What happens to the diffraction pattern when monochromatic light is replaced with white light?

Step 1: Understand that monochromatic light has one color (one wavelength).
Step 2: Know that white light is made up of many colors (different wavelengths).
Step 3: When monochromatic light creates a diffraction pattern, it shows a single color pattern.
Step 4: When you replace it with white light, each color in the white light diffracts differently.
Step 5: This results in a pattern that shows multiple colors instead of just one.

Diffraction Patterns – The behavior of light waves as they encounter obstacles or openings, leading to interference patterns.
Monochromatic vs. White Light – Monochromatic light consists of a single wavelength, while white light contains multiple wavelengths, resulting in different diffraction effects.
Wavelength Dependence – The diffraction pattern is influenced by the wavelength of light, with different wavelengths producing different patterns.