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The figure below shows a point charge Q1 on the y axis, a point charge Q2 on the x axis, and a point P at the origin. 1ty Q1 = + 0.00100 µC 0.800 cm Q2 = - 0.00100 µC +x '0.600 cm 8. The electric field which Q1 creates at the point P is directed A. in the + x direction. B. in the + y direction. C. in the - y direction. D. in the - x direction. 9. The electric field which Q1 creates at the point P has a magnitude of B. 14.0 MN/C. A. 0.140 MN/C. C. 0.250 MN/C. D. 2.50 MN/C. E. 2.50 kN/C. 10. The total electric field at the point P has a magnitude of B. 39.0 kN/C. A. 0.390 MN/C. C. 39.0 kN/C. D. 0.287 MN/C. E. 3.90 kN/C 11. The total electric field at the point P is directed A. 60.6° below the positive x direction. C. 29.4° above the negative x direction. B. 29.4° below the positive x direction. 29.4° above the positive x direction. E. 29.4° below the negative x direction.

The figure below shows a point charge Q1 on the y axis, a point charge Q2 on the x axis, and a point P at the origin. 1ty Q1 = + 0.00100 µC 0.800 cm Q2 = - 0.00100 µC +x '0.600 cm 8. The electric field which Q1 creates at the point P is directed A. in the + x direction. B. in the + y direction. C. in the - y direction. D. in the - x direction. 9. The electric field which Q1 creates at the point P has a magnitude of B. 14.0 MN/C. A. 0.140 MN/C. C. 0.250 MN/C. D. 2.50 MN/C. E. 2.50 kN/C. 10. The total electric field at the point P has a magnitude of B. 39.0 kN/C. A. 0.390 MN/C. C. 39.0 kN/C. D. 0.287 MN/C. E. 3.90 kN/C 11. The total electric field at the point P is directed A. 60.6° below the positive x direction. C. 29.4° above the negative x direction. B. 29.4° below the positive x direction. 29.4° above the positive x direction. E. 29.4° below the negative x direction.

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The figure below shows a point charge Q1 on the y axis, a point charge Q2 on the x axis, and a point P at the origin. Aty Q1 = + 0.00100 µC 0.800 cm Q2 = - 0.00100 µC +x IP '0.600 cm 8. The electric field which Q1 creates at the point P is directed A. in the + x direction. B. in the + y direction. C. in the - y direction. D. in the - x direction. 9. The electric field which Q1 creates at the point P has a magnitude of A. 0.140 MN/C. B. 14.0 MN/C. C. 0.250 MN/C. D. 2.50 MN/C. E. 2.50 kN/C. 10. The total electric field at the point P has a magnitude of B. 39.0 kN/C. A. 0.390 MN/C. C. 39.0 kN/C. D. 0.287 MN/C. E. 3.90 kN/C. 11. The total electric field at the point P is directed A. 60.6° below the positive x direction. C. 29.4° above the negative x direction. B. 29.4° below the positive x direction. D. 29.4° above the positive x direction. E. 29.4° below the negative x direction.
Transcribed Image Text:The figure below shows a point charge Q1 on the y axis, a point charge Q2 on the x axis, and a point P at the origin. Aty Q1 = + 0.00100 µC 0.800 cm Q2 = - 0.00100 µC +x IP '0.600 cm 8. The electric field which Q1 creates at the point P is directed A. in the + x direction. B. in the + y direction. C. in the - y direction. D. in the - x direction. 9. The electric field which Q1 creates at the point P has a magnitude of A. 0.140 MN/C. B. 14.0 MN/C. C. 0.250 MN/C. D. 2.50 MN/C. E. 2.50 kN/C. 10. The total electric field at the point P has a magnitude of B. 39.0 kN/C. A. 0.390 MN/C. C. 39.0 kN/C. D. 0.287 MN/C. E. 3.90 kN/C. 11. The total electric field at the point P is directed A. 60.6° below the positive x direction. C. 29.4° above the negative x direction. B. 29.4° below the positive x direction. D. 29.4° above the positive x direction. E. 29.4° below the negative x direction.
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