To analyze the interactions between the two objects based on the given charges and the nature of the forces, we can summarize the information as follows:
- Interaction A: Charge on Object 1 = +1 C, Charge on Object 2 = -2 C. This results in an attractive force between the objects due to opposite charges.
- Interaction B: Charge on Object 1 = +1 C, Charge on Object 2 = +2 C. This results in a repulsive force due to both charges being positive.
Now, let's evaluate the conclusions:
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Repulsive forces are stronger than attractive forces. - This might be true in some cases, but it isn't directly supported by the values provided since the magnitudes of the forces depend on the distance and charge magnitudes.
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The objects in interaction A are farther apart than in interaction B. - This statement cannot be determined based solely on the charge values without additional information on the distance and the resulting forces.
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Positive charges are stronger than negative charges. - This is misleading. Positive and negative charges do not have a strength hierarchy; they interact differently (attraction vs. repulsion).
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The objects in interaction A are smaller than in interaction B. - Size is not provided, so this cannot be assumed.
Based on the provided information, none of the conclusions is definitively correct. However, if evaluating by the nature of forces:
- Since interaction A has an attractive force and interaction B has a repulsive force, and considering both have high charge magnitudes, the attractive force in A (with one being negative) could potentially be strong depending on their distance.
Without additional parameters (like distances or resulting forces), it's challenging to select a single correct conclusion. Thus, there may need to be further data or context for an informed choice.