## The 4 Maxwell's Equations: Important Basics You Need to Know

Simple explanation of the Maxwell's equations for beginners. The divergence integral and the curl integral theorems are also explained.

Simple explanation of the Maxwell's equations for beginners. The divergence integral and the curl integral theorems are also explained.

Here you will learn about matter waves and how they are characterized by the de Broglie wavelength (matter wavelength).

Learn Nabla operator to represent and calculate gradient (grad), divergence (div), rotation (curl) and other operators.

Here all important formulas for the horizontal throw are derived and discussed, e.g. throw distance and throw time.

Here you will learn how the photoelectric effect is explained quantum mechanically, how the stopping voltage method works and everything else you need to know.

Here you will learn how an electrical circuit works and how to apply Ohm's Law to it. You will also learn about parallel and series circuits and their difference.

Here you will learn how to derive the 1d, 2d, and 3d density of states of a free electron gas from the k-volume and the dispersion relation.

Here the plate capacitor is simply explained. With the help of the capacitor you will learn about the electric voltage, electric field and electric capacitance and how to calculate them for a plate capacitor.

Here you will learnthe wave equations for the E-field and B-field of an electromagnetic wave and how it can be simplified to a plane wave.

Young's double-slit experiment with light. You learn how the interference pattern of the double-slit is formed and which role light diffraction plays.