3. At the dot, the y-component of the electric field due to the shaded region of charge is: (Q/L) dx А. 4TE0 (x? + y³) (QIL) dx В. 4TE(x² + y²) y y Charge Q (Q/L) dx С. b t 4TE,(x² + y²) Vx²+y²s ua O dx D. (QIL) dx y L. 4TE, (x² + y²) Vx? +y? 2 (QIL) dx y E. 4TEG Vx?+ y? Vx? + y?
3. At the dot, the y-component of the electric field due to the shaded region of charge is: (Q/L) dx А. 4TE0 (x? + y³) (QIL) dx В. 4TE(x² + y²) y y Charge Q (Q/L) dx С. b t 4TE,(x² + y²) Vx²+y²s ua O dx D. (QIL) dx y L. 4TE, (x² + y²) Vx? +y? 2 (QIL) dx y E. 4TEG Vx?+ y? Vx? + y?
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Transcribed Image Text:3.
At the dot, the y-component of the electric field due to the shaded region of charge is:
(QIL) dx
А.
4TE0 (x² + y³)
(Q/L) dx
В.
4TE6(x² + y²)
y
y
Charge Q
(Q/L) dx
C.
Tuoy bae to 47E,(x² + y²)
Vx²+y²s uoTo dx
240THAJ OK
D.
(QIL) dx
L
y
4TE, (x + y²)
Vx? +y?
2
(OIL) dx
y
E.
4TEG Vx?+ y?
Vx? + y?
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