Lecture 20 (3rd Semester) Michelson Interferometer Part 3

This lecture, part of a series for undergraduate physics students, aims to discuss applications of the Michelson interferometer, specifically focusing on how the interference pattern changes as the distance between the mirrors is varied. The instructor attempts to explain the conditions for constructive and destructive interference, and how the order of fringes changes with mirror displacement. However, the audio is severely degraded, with frequent and intrusive requests to subscribe to the channel, which disrupts the flow and makes the scientific content difficult to follow. The lecture appears to be a classroom recording with poor audio quality, and the mathematical derivations are not clearly presented. The video lacks visual aids or diagrams, relying solely on verbal explanation, which further hampers understanding. Overall, the content is relevant but the execution is poor, making it of limited educational value.