Emax

EMax is a toolbox for Electrical Engineering students and related fields who are studying Electromagnetism.

VECTOR ALGEBRA

• Vector addition and subtraction

• Scalar product and cross product

• Magnitude, unit vector, and angle between vectors

• Projection of one vector onto another

• Scalar multiplication

COORDINATE CONVERSION

Convert points between the three systems in any direction:

• Cartesian ↔ Cylindrical

• Cartesian ↔ Spherical

• Cylindrical ↔ Spherical

ADVANCED DIFFERENTIAL CALCULATIONS

• Gradient (∇f) — calculate the gradient of any scalar function in Cartesian, cylindrical, and spherical coordinates

• Divergence (∇·F) — net flux of vector fields in the three systems

• Curl (∇×F) — circulation of vector fields in the three systems

MAXWELL'S LAWS

The four fundamental equations of electromagnetism in differential and integral form, with a physical description of each One:

• Gauss's Law for the electric field

• Gauss's Law for the magnetic field

• Faraday's Law

• Ampère-Maxwell Law