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B F A As shown in the figure, a negative point charge is located at the center of a square ABCD. E, F, G, H are located at G E the middle of each side. What is the direction of the electric field at position A? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightB F A As shown in the figure, a negative point charge is located at the center of a square ABCD. E, F, G, H are located at G E the middle of each side. What is the direction of the electric field at position B? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightB F A As shown in the figure, a negative point charge is located at the center of a square ABCD. E, F, G, H are located at G the middle of each side. What is the direction of the E electric field at position F? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightB F A As shown in the figure, a negative point charge is located at the center of a square ABCD. E, F, G, H are located at G E the middle of each side. What is the direction of the electric field at position G? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightB F A As shown in the figure, a positive point charge is located at the center of a square ABCD. E, F, G, H are located at the G E middle of each side. What is the direction of the electric field at position C? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightB F A As shown in the figure, a positive point charge is located at the center of a square ABCD. E, F, G, H are located at the G E middle of each side. What is the direction of the electric field at position D? C H D O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightTwo point charged particles with same amount charge P quantity are located at the corners of a square as shown in the figure. What is the direction of the total electric field at corner P? O Directed toward the left O Directed toward the right O Directed upwards Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-rightTwo point charged particles with same amount charge P quantity are located at the corners of a an equilateral triangle as shown in the figure. What is the direction of the total electric field at corner P? O Directed toward the left O Directed toward the right O Directed upwards O Directed downward O Directed toward up-left O Directed toward up-right O Directed toward down-left O Directed toward down-righty A negative point charge (q) is at the center of a circle with a radius of r=3.34m as shown in the P figure. Given |q|=169nC; and 0=21.09. What is the x-component (unit in N/C) of the electric X field at position P?y A negative point charge (q) is at the center of a circle with a radius of r=3.29m as shown in the P figure. Given |q|=180nC; and 0=21.0. What is the y-component (unit in N/C) of the electric C X field at position P?P A positive point charge (q) is at the center of a circle with a radius of r=4.29m as shown in the figure. Given |q|=118nC; and 0=23.0. What is the x-component (unit in N/C) of the electric X field at position P?y P A positive point charge (q) is at the center of a circle with a radius of r=2.52m as shown in the figure. Given |q|=251nC; and 0=37.0. What is the y-component (unit in N/C) of the electric X field at position P?Two point charged particles with same amount charge P quantity (/q)) are located at the corners of a square of side a=3.73 m as shown in the figure. What is the x- component (unit in N/C) of the total electric field at position P? Given |q1 |=|q2 |=|ql=4.7 nc, XTwo point charged particles with same amount charge P quantity (|q)) are located at the corners of a square of side a=3.42 m as shown in the figure. What is the y- component (unit in N/C) of the total electric field at 2 position P? Given |q1 |=|q2 |=|q1=6.61 nC, XTwo point charged particles with same amount charge quantity (|q)) are located at the corners of a an P equilateral triangle of side a=2.37m as shown in the figure. What is the x-component (unit in N/C) of the total electric field at position P? Given |q1 |=|92 1=191=6.49 nc, XTwo point charged particles with same amount charge quantity (/q)) are located at the corners of a an P equilateral triangle of side a=2.76m as shown in the figure. What is the y-component (unit in N/C) of the total electric field at position P? Given |q1 1=|q2 1=/q|=6.71 nc, XTwo point charged particles are located at the straight line as shown in the figure. Given: 91 ( MC) 92 (M.C) a (m) b (m) a b -2.14 5.78 5.13 12.5 O + Find the magnitude of the total electric field (unit in 91 P 92 N/C) caused by q1 and q2 at point P.Two point charges are located on the corners of a right triangle as shown in the Figure, given: P a 91 (HC) 92 (HC) a (m) D -1.83 4.93 64.9 37.0 D What is the x-component (unit in N/C) of the E X total electric field of q1 and q2 at point P? 92 91Two point charges are located on the corners of a right triangle as shown in the Figure. given: - 6 : What IS the v- component{ {unit in MIC) of the @z: ................................. e 9: total electric eld of Q1 and C|2 at pomt P? '32 ql Two point charges are located on the corners of a right triangle as shown in the Figure, given: P a 91 (HC) 92 (M.C) a (m) D -1.84 4.38 53.9 36.50 y What is the magnitude (unit in N/C) of the total X electric field of q1 and q2 at point P? 92 91