Using Coulomb's Law, determine the distance in meters between two charges given that the force between the charges is 13,500,000 N and the values of the charges are Q1=-0.5C and Q2=-0.3C.:k= 9,000,000,000 Nm²/C2. Your answer should have 3 significant figures such as 20.1 or 52.7 or 81.0. Please just enter a number. It is assumed your answer will be in meters.
Using Coulomb's Law, determine the distance in meters between two charges given that the force between the charges is 13,500,000 N and the values of the charges are Q1=-0.5C and Q2=-0.3C.:k= 9,000,000,000 Nm²/C2. Your answer should have 3 significant figures such as 20.1 or 52.7 or 81.0. Please just enter a number. It is assumed your answer will be in meters.
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Using Coulomb's Law, determine the distance in meters between two charges given that the force between the charges is 13,500,000 N and the values of the charges are Q1=-0.5C and Q2=-0.3C.:k= 9,000,000,000 Nm²/C2. Your answer should have 3 significant figures such as 20.1 or 52.7 or 81.0. Please just enter a number. It is assumed your answer will be in meters.
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