Hi Tutor, please help me with the questions #8-11 and #12-17. Thank you and have a great day.

The figure below shows a point charge 01 on the y axis, a point charge 02 on the x axis, and a point P at the origin. 8. The electric eld 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 eld which Q1 creates at the point P has a magnitude of A. 0.140 MNIC. B. 14.0 MN/C. C. 0.250 MN/C. D. 2.50 MN/C. E. 2.50 kaC. 10. The total electric field at the point P has a magnitude of A. 0.390 MNIC. B. 39.0 kN/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. B. 29.4 below the positive x direction. C. 29.4 above the negative x direction. D. 294 above the positive 3: direction. E. 29.4n below the negative x direction. Consider the circuit below, which contains identical bulbs, ideal batteries, ideal wires having zero resistance, and perfect electrical connections which introduce no extra "stray" resistance. Assume that none of the bulbs will burn out when wired into this circuit. # 6 V #6 3 V 6 V #2 9 V #5 #4 #3 12. True or False: Bulb #8 is connected in series with Bulb #7? A. TRUE. B. FALSE. 13. True or False: Bulb #6 is connected in series with Bulb #4? A. TRUE B. FALSE. 14. True or False: Bulb #1 is connected in series with Bulb #3? A. TRUE. B. FALSE. 15. The voltage across Bulb #1 is equal to A. 1 V. B. 2 V. C. 3V. D. 4V. E. 6V. 15. The voltage across Bulb #4 is equal to A. 3V. B. 4V. C. 6V. D. IV. E. 2V. 1']. The voltage across Bulb #8 is equal to A. 2V. B. 3V. C. 4V. D. 6V. E. 1V