In the configuration below, charge qi and q both have a value of 934 C and...

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In the configuration below, charge qi and q both have a value of 934 C and are separated by a distance of r = 3.50 cm. By placing a charge, q2, directly in between the positive charges, it is possible that the entire system will remain in equilibrium (at rest). A A Part A + 91 1/2 H + 92 93 In order for the 3 charges to be in equilibrium, the charge on 2 will need to be: neutral there is no charge that can put the system in equilibrium positive negative Submit Request Answer Part B In order for the 3 charges to be in equilibrium, the charge q2 will need to be: View Available Hint(s) 92 = Submit Request Answer C In the configuration below, charge qi and q both have a value of 934 C and are separated by a distance of r = 3.50 cm. By placing a charge, q2, directly in between the positive charges, it is possible that the entire system will remain in equilibrium (at rest). A A Part A + 91 1/2 H + 92 93 In order for the 3 charges to be in equilibrium, the charge on 2 will need to be: neutral there is no charge that can put the system in equilibrium positive negative Submit Request Answer Part B In order for the 3 charges to be in equilibrium, the charge q2 will need to be: View Available Hint(s) 92 = Submit Request Answer C