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q2= -4.0 x 10^-6C q1=+2.9 x 10^-6C q3=-6.9 x 10^-6from q2 to q1 the distance is 0.20mfrom q1 to q3 the distance is 0.14mDraw a free body diagram of the electrostatic forces acting on q1by the other two point charges. Determine the magnitude anddirection of the net electrostatic force on q1 by the other pointcharges.
Three point charges are arranged so they form an equilateral triangle. Their x, y coordinates are q1 at (0,3cm), q2 at (0,-3cm) and q3 at (5.2cm, 0). Their charges are q1 = +3 μC, q2 = -3 μC and q3 = -6 μC. They have a mass of 2 grams each, and both q1 and q2 are fixed, while q3 is free.
Three charges, Q1, Q2, and Q3 are located in a straight line. Theposition of Q2 is 0.246 m to the right of Q1. Q3 is located 0.147 mto the right of Q2. The force on Q2 due to its interaction with Q3is directed to the.....Left if the two charges are positive.Right if the two charges have opposite signs.Left if the two charges are negative.Right if the two charges are negative.Left if the two charges have opposite signs.Make a sketch of the position of Q2 and Q3, labeling each with thesign indicated in each choice. Like charges repel and unlikecharges attractIn the above problem, Q1= 1.56·10-6 C, Q2= -2.84·10-6 C, and Q3=3.03·10-6 C. Calculate the total force on Q2. Give with the plussign for a force directed to the right.Now the charges Q1= 1.56·10-6 C and Q2= -2.84·10-6 C are fixed attheir positions, distance 0.246 m apart, and the charge Q3=3.03·10-6 C is moved along the straight line. For what position ofQ3 relative to Q1 is the net force on Q3 due to Q1 and Q2 zero? Usethe plus sign for Q3 to the right of Q1.
