Wave Phenomena (HL)
Physics Solutions from Chapter -1 - Wave Phenomena (HL)
This Chapter covers topics such as Interference, Thin Films Interference, Energy in SHM, Resolution of Optical Instruments, The Diffraction Grating, Doppler's Effect in Light Waves and, Mass-spring System and Simple Pendulum
Practice Other Topics from Wave Phenomena (HL)
This topic covers concepts, such as, Circular Motion and SHM, Linear SHM, Equation of Acceleration in Terms of Time & Maximum Acceleration in SHM etc.

This topic covers concepts, such as, Potential Energy in Terms of Displacement in SHM, Potential Energy in Terms of Time in SHM, Total Energy with Time in SHM & Energy Method in Solving SHM etc.

This topic covers concepts, such as, Diffraction at Single Slit, Single Slit Diffraction Pattern and Interference, Single Slit Diffraction Pattern and Energy Conservation & Special Cases in Single Slit Diffraction etc.

This topic covers concepts, such as, Comparison between Interference and Diffraction, Central Maximum and Numbering of Fringes, Different Monochromatic Light Waves in YDSE & Multiple-slit Diffraction etc.

This topic covers concepts, such as, Diffraction Grating: Structure and Function, Working of Diffraction Grating, Expression for Number of Grating in Diffraction Grating & Determination of Wavelength of Different Colours Using Diffraction Grating etc.

This topic covers concepts, such as, Interference in Thin Films, Constructive Interference of Refracted Waves from Thin Film for Normal Incidence & Destructive Interference of Refracted Waves from Thin Film for Normal Incidence etc.

This topic covers concepts, such as, Resolving Power of Optical Instruments, Types of Resolution, Linear Resolving Power & Diffraction Grating Resolution etc.

This topic covers concepts, such as, Doppler's Effect in Sound, Doppler's Effect in Light Waves, Doppler Effect & Stationary Light Source and Moving Observer etc.
