Angle = θ = 30º Distance (d) = 2cm Electric charge 2 (q2) = 8x10^-19C Electric charge 3 (q3) = Electric charge 4 (q4) = -1,6x10^-19C What should be the value of D for the electric field module to be equal to the resulting electric potential at the point located at point 1?
Angle = θ = 30º Distance (d) = 2cm Electric charge 2 (q2) = 8x10^-19C Electric charge 3 (q3) = Electric charge 4 (q4) = -1,6x10^-19C What should be the value of D for the electric field module to be equal to the resulting electric potential at the point located at point 1?
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Angle = θ = 30º
Distance (d) = 2cm
Electric charge 2 (q2) = 8x10^-19C
Electric charge 3 (q3) = Electric charge 4 (q4) = -1,6x10^-19C
What should be the value of D for the electric field module to be equal to the resulting electric potential at the point located at point 1?
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