Question: r=r,=r= 1m; q = 92= q.......... +2nC [See Module 3 on Canvas forq and r values] E1x, meas (unit) Ely, meas (unit) E2x, meas (unit)

 r=r,=r= 1m; q = 92= q.......... +2nC [See Module 3 on

Canvas forq and r values] E1x, meas (unit) Ely, meas (unit) E2x,

r=r,=r= 1m; q = 92= q.......... +2nC [See Module 3 on Canvas forq and r values] E1x, meas (unit) Ely, meas (unit) E2x, meas (unit) E2y, meas (unit) Enet, meas (unit) Umeas 17.92 V 0 0 12.57V 5.35V 45 Where E1x,meas is the x-component of the electric field at the sensor due to the presence of the first charge (to the left) only. Same thing for Ezy, meas" Calculate the theoretical values for E , E y,net> E , and 0 for the charge distribution using the vector superposition principle: x,net 1x,calc + 2x.calc = 17.98V

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