Socks
Description: the biot savart equation, a useful equation used to calculate the static magnetic field
biot savart equation, formula for calculating the magnetic field Socks
$14 $20
Description: the biot savart equation, a useful equation used to calculate the static magnetic field
biot savart equation, formula for calculating the magnetic field Socks
$14 $20
Description: the formula ruling the current world, the induced electromagnetic couple for induction motors, induction motors are the primary source of power in the industry, so this formula is one of the most important equations in history
Induced electromagnetic couple for induction motor dark version Socks
$14 $20
Description: the closeness relation formed by the eigenvectors of the hamiltonian, and these eigenvectors form a basis for the hilbert space, a very useful formula for doing calculations in quantum physics
closeness relation of bases in quantum mechanics dark version Socks
$14 $20
Description: the equipartition theorem stating that every degree of freedom contribute with the same amount of energy
equipartition theorem, energy of particles in statistical physics dark version Socks
$14 $20
Description: the equipartition theorem stating that every degree of freedom contribute with the same amount of energy
equipartition theorem, energy of particles in statistical physics Socks
$14 $20
Description: the formula defining the active power, which is the real part of the electricity that we use, the goal is to try ot use the max of it, one of electrical engineering basics
Active power definition, electrical engineering basics dark version Socks
$14 $20
Description: the famous Hooke's law in infinitesimal linear deformation of a material, one of the basics of mechanical engineering and material properties
hooke's law for linear deformation, mechanical engineering basics Socks
$14 $20
Description: the famous Hooke's law in infinitesimal linear deformation of a material, one of the basics of mechanical engineering and material properties
hooke's law for linear deformation, mechanical engineering basics Socks
$14 $20
Description: the simple differential equation modeling the RLC circuit made of a capacitor, an inductor and a resistor without a generator
RLC Circuit, differential equation, electrical engineering basics Socks
$14 $20
Description: the simple differential equation modeling the RL circuit made of an inductor and a resistor without a generator
RL Circuit, differential equation, electrical engineering basics dark version Socks
$14 $20
Description: the simple differential equation modeling the RL circuit made of an inductor and a resistor without a generator
RL Circuit, differential equation, electrical engineering basics Socks
$14 $20
Description: the simple differential equation modeling the RC circuit made of a capacitor and a resistor without a generator
RC Circuit, differential equation, electrical engineering basics dark version Socks
$14 $20
Description: the simple differential equation modeling the RC circuit made of a capacitor and a resistor without a generator
RC Circuit, differential equation, electrical engineering basics Socks
$14 $20
Description: the equation of the geodesic, the equation describing the smallest distance between two points in any geometry.
geodesic equation, differential geometry and structure of spacetime dark version Socks
$14 $20
Description: the equation of the geodesic, the equation describing the smallest distance between two points in any geometry.
geodesic equation, differential geometry and structure of spacetime Socks
$14 $20
Electromagnetic d'Alembert wave equation, electromagnetism and physics Socks
$14 $20
Electromagnetic d'Alembert wave equation, electromagnetism and physics Socks
$14 $20