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Problem 12. (30 pts) Consider the three point charges arranged as shown below. (1 μC=10-6C) A) Find the electric field (expressed in component form and as a magnitude and direction) due to q₁ at the position of 92. B) Find the electric force (expressed in component form and as a magnitude and direction) due to q₁ on 92. C) Find the electric force (expressed in component form and as a magnitude and direction) due to q2 on q₁. Hint: you can use Newton's 3rd law. D) Find the electric field (expressed in component form and as a magnitude and direction) due to q₁ at the position of 93. E) Find the electric force (expressed in component form and as a magnitude and direction) due to q₁ on 93. F) Find the total electric field due to all three charges (expressed in component form and as a magnitude and direc- tion) at the point with coordinates x=0m, y=0m. G) Find the total electric field (expressed in component form and and as a magnitude and direction) at a point with coordinates x=0.3 m, y = 0.2 m. H) Find the total electric force that particles 2 and 3 exert on particle 1. 1-2µC (-0.3 m, 0) 93=2μC y (0 m, 0.2m) 92=4µC (0.3 m, 0)