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bols 01_Set1 (1).pdf 3)A positive charge q1=+4.00 uC is located at the origin and a negative charge q2=-3C is located at the x- axis, 0.30 m from the origin. Find the electric field at the point P, which has coordinates (0,0.40) m. (14C=10ⓇC) [See Next page). A) Draw arrows on the right figure to show the electric field at the point P. To score, you should use three different arrows (two due to the charges q1 and q2) and one for the resultant in their correct direction with correct relative length). B) Calculate the resultant electric field at the point P. To score you need to show your work step by step. Also present your results in correct unit and vector expression. Use { and y for the unit vector along x and y axis, respectively.

B) Calculate the resultant electric field at the point P. To score you need to show your work step by step. Also present your results in correct unit and vector expression. Use and 9 for the unit vector along x and y axis, respectively. 0.40 m 0.3 m Figure 1 C) Now consider that a charge (q3=10 C) is placed at the point P. present the force in vector expression. Draw the force direction on the right figure 2.

Figure 1 present the force in vector C) Now consider that a charge (93=10 C) is placed at the point expression. Draw the force direction on the right figure 2. 0.40 m 0.3 m 92 91 Figure 2