Lorentz transformations and velocity addition theorems. 2. Interference
Numerical aperture (NA), acceptance angle, and normalized frequency ( -number) in step-index fibers. 6. Holography
Calculating the number of lines per inch on a grating based on observed angles. 4. Polarization
Fringe width in Young's Double Slit experiment, Newton’s rings diameter, and thin-film interference.
Determining refractive index using interferometric methods. 3. Diffraction
Time dilation, length contraction, and relativistic mass-energy relationships.
Vareesh Pratap, M.M.M. University of Technology
Lorentz transformations and velocity addition theorems. 2. Interference
Numerical aperture (NA), acceptance angle, and normalized frequency ( -number) in step-index fibers. 6. Holography Scilab Textbook Companion for Engineering Physi...
Calculating the number of lines per inch on a grating based on observed angles. 4. Polarization Lorentz transformations and velocity addition theorems
Fringe width in Young's Double Slit experiment, Newton’s rings diameter, and thin-film interference. Newton’s rings diameter
Determining refractive index using interferometric methods. 3. Diffraction
Time dilation, length contraction, and relativistic mass-energy relationships.
Vareesh Pratap, M.M.M. University of Technology
