#Schrödinger #Equation, #Quantum #Physics, Wave Function, Quantum Mechanics

The Schrödinger equation is a linear partial differential equation that describes the wave function or state function of a quantum-mechanical system. It is a key result in quantum mechanics, and its discovery was a significant landmark in the development of the subject.

Astrophysics, Cosmology, and Astronomy ☀️: Educational Poster: The Standard Model of Fundamen...: The Standard Model of fundamental particles and interactions. Matter particles. All matter around us is made of elementary particles, the bu...

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Coulomb Vector Force for Two Charges

Force Vector Acting to the Second Charge from the First Charge
F= k_eq₁q₂/r²
k_e=8.9875517923⨯10⁹N⋅m²⋅C^-2
Enter:
q₁=C
x₁=m
y₁=m
z₁=m
q₂=C
x₂=m
y₂=m
z₂=m

r_x=x₂-x₁=m
r_y=y₂-y₁=m
r_z=z₂-z₁=m
r²=r_x²+r_y²+r_z²=m²
|r|=m
|F|=N or |F|=N
F_x=N or F_x=N
F_y=N or F_y=N
F_z=N or F_z=N

Coulomb's Law: Charge is Calculated Parameter

F= k_eq₁q₂/r²
q₂= r²F/(k_eq₁)
k_e=8.9875517923⨯10⁹N⋅m²⋅C^-2
Enter the First Charge (C) : q₁=C
Enter the Distance (m): r=m
Enter the Force magnitude (N): force=N

Charge (C): q₂=C
Charge (C): q₂=C

Coulomb's Law: Distance is Calculated Parameter

F= k_eq₁q₂/r²
k_e=8.9875517923⨯10⁹N⋅m²⋅C^-2
Enter the First Charge (C) : q₁=C
Enter the Second Charge (C): q₂=C
Enter the Force magnitude (N): force=N

Distance (m): R=m
Distance (m): R=m

Coulomb's Law

F= k_eq₁q₂/r²
k_e=8.9875517923⨯10⁹N⋅m²⋅C^-2
Enter the First Charge (C) : q₁=C
Enter the Second Charge (C): q₂=C
Enter the distance beetwun charges (m): r=m

Magnitude of Coulomb's Force (N): F=N
Magnitude of Coulomb's Force (N): F=N

Prediction of direction of field (B), given that the current I flows in the direction of the thumb