What happens to focal length of a convex lens when it is immersed in water ?

Compton scattering basics | Maximum change of wavelength in Compton scattering

Glass rod numerical problem: spherical refracting surface

Refraction at spherical refracting surface like glass rod | Solved numerical

Sample numerical problem on LR ac circuit

Michelson Interferometer experiment virtual lab | Wrong answer for wavelength

example problem on LC circuit

Understanding focal length of a convex lens with sample data

Physics practical graph plotting |Uncertainty and slope of a line graph | learndiyphysics (2022)

Optics projects at home - some ideas

discrete Fourier transform dc value example | DFT of a sequence example | IDFT calculation

Theory of cylindrical obstacle experiment | Solved numerical

Auto scaling | Creating grayscale ramp image in python

Understanding Cauchy's constant experiment using spectrometer

Home experiment with magnifying glass | Image formation by convex lens | simple optics projects

How to read spectrometer scale | angle of prism using spectrometer | virtual lab |

Single slit diffraction experiment | optics project | tracker physics tutorial |

Image histogram without using function in python/ colabs

13. Diffraction at a straight edge | derivation | learndiyphysics

Relation between visibility and intensity of interferring sources

Relationship between temporal coherence and spectral line line width

Temporal and spatial coherence

Fresnel explanation of optical rotation | Polarization of light |

Optical activity Physics | Optical rotation | Physics | Learndiyphysics

Superposition of two plane polarised light waves | Retarders | Learndiyphysics

Double refraction | extraordinary and ordinary refractive indices

Physics Virtual lab | Angle of Prism | Determination of cauchy's constants using spectrometer

12. Rectilinear propagation of light by half period zone method | LearnDIYPhysics | (2020)

4. Histogram Equalisation in GNU Octave

3. Gamma transform in GNU Octave | DIP (2020)

2. Image representation in GNU Octave

1. Introduction to image processing using GNU Octave | leanrdiyphysics| (2020)

11. Zone plate | Zone plate versus convex lens | (2020) |

10. Zone Plate its construction & theory | Fresnel Diffraction | learndiyphysics (2020)

8. Histogram Equalization | solved numerical |

9. Fresnel's diffraction : Numerical problem | circular aperture (2020)

7. DIP - Introduction to image histogram using Fiji | Learndiyphysics (2020)

6. Splitting and Merging RGB channels in Fiji | DIP (2020)

5. Calculating image and video size | DIP | Learndiyphysics

4. Sampling & Quantisation | Digital Image Processing | learndiyphysics

3. Elements of visual perception | DIP | LearnDIYPhysics

1(b). Matrix to image in Fiji & vice versa | Digital Image Processing | LearnDIYPhysics

2. Introduction | DIgital Image Processing | Learndiyphysics |(2020)

1 (a). Introduction to digital images using Fiji | Digital Image Processing | LearnDIYPhysics

8. Fresnel's diffraction : Numerical problem | circular aperture (2020)

7. Fresnel's diffraction : Numerical problem | circular aperture (2020)

6. Fresnel diffraction due to a circular aperture | fresnel number | (2020)

Hough transform example in polar coordinates | Digital Image Processing | Image segmentation |

5. Fresnels half period zones - 2 | effect of entire wavefront in half period zone |

4. Fresnels half period zones -1| Nature of half period zones | (2020)

3. Fresnel's Assumptions | Fresnel Diffraction | (2020)

2. Huygens Fresnel theory of diffraction | Fresnel Diffraction of light (2020)

Diffraction of light | fresnel diffraction and Fraunhofer diffraction comparison