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F stands for
electrostatic force
Magnitude of electrostatic force based on 1 point charge
E= k x q/r²
E stands for
Electric field
Coulombs constant
K=8.99 × 10^9 Nm²/C² OR 1/4e0pi
Φ stands for
electric flux
Equation for electric flux
Φ=E x A x cos(angle)
Electric potential equation
V= kQ / r
V stands for
Electric potencial
Change of x equation
ΔX= V0t + ½ at²
Work equals equations
W=Fxd=ΔPE=qΔV=qEd
Area of sphere
A=4πr²
Vector equations
atotal(vector)=(ax,ay), a= square root (ax² + ay²) theta(angle)= tan^-1(ay/ax)