Rank the force on each of the point charges q, and q, in t parentheses around the letters or symbols.) +4 pC; q, = -8 µC; and d= 20 cm +4 UC: 42 +4 UC; 4, %3D a. 4. b. 4 %3D -4 UC; and d = 10 cm %3D +4 UC; andd= 20 cm c. 4. d. q. = -6 µC; 9, -3 UC; andd= 40 cm Explain the reasoning you used to arrive at your rankings. O The force on each charge is smaller when the prod O When two charges have the same sign, they attrac When two charges have the same sign, they repel; O The force on each charge is greater when the prod O The force on each change is greater when the prod
Rank the force on each of the point charges q, and q, in t parentheses around the letters or symbols.) +4 pC; q, = -8 µC; and d= 20 cm +4 UC: 42 +4 UC; 4, %3D a. 4. b. 4 %3D -4 UC; and d = 10 cm %3D +4 UC; andd= 20 cm c. 4. d. q. = -6 µC; 9, -3 UC; andd= 40 cm Explain the reasoning you used to arrive at your rankings. O The force on each charge is smaller when the prod O When two charges have the same sign, they attrac When two charges have the same sign, they repel; O The force on each charge is greater when the prod O The force on each change is greater when the prod
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Transcribed Image Text:Rank the force on each of the point charges q, and q, in the following pairings from most repulsive (most positive) to most attractive (most negative). The separation, d, between each pair is given. (Use only >" or "="symbols. Do not include any
parentheses around the letters or symbols.)
+4 µC; q, = -8 pC; and d = 20 cm
%3D
a. 4.
b. 4.
+4 UC: q, = -4 UC; and d= 10 cm
+4 UC; andd 20 cm
c. q. = +4 µC; q,
d. 4.
= -6 µC: 9,
-3 µC: and d = 40 cm
%3D
Explain the reasoning you used to arrive at your rankings. (Select all that apply.)
O The force on each charge is smaller when the product of the charges is greater, and smaller when the charges are separated farther apart.
O When two charges have the same sign, they attract; when two charges have the opposite sign, they repel.
O When two charges have the same sign, they repel; when two charges have the opposite sign, they attract.
O The force on each charge is greater when the product of the charges is greater, and smaller when the charges are separated farther apart.
O The force on each charge is greater when the product of the charges is greater, and greater when the charges are separated farther apart.
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