QuestionFebruary 1, 2026

Evidence Card G:What is the effect of distance between the car and launcher on the potential energy in the system? Magnets close together Initial potential energy. Number of grid points between magnets: __ Magnets a medium distance apart Initial potential energy. Number of grid points between magnets: __ Magnets far apart Initial potential energy. Number of grid points between magnets __

Evidence Card G:What is the effect of distance between the car and launcher on the potential energy in the system? Magnets close together Initial potential energy. Number of grid points between magnets: __ Magnets a medium distance apart Initial potential energy. Number of grid points between magnets: __ Magnets far apart Initial potential energy. Number of grid points between magnets __
Evidence Card G:What is the effect of
distance between the car and launcher on the
potential energy in the system?
Magnets close together
Initial potential energy.
Number of grid points between magnets:
__
Magnets a medium distance apart
Initial potential energy.
Number of grid points between magnets:
__
Magnets far apart
Initial potential energy.
Number of grid points between magnets
__

Solution
4.5(197 votes)

Answer

As the distance between the car and launcher increases, the initial potential energy in the system decreases. Explanation 1. Identify relationship between distance and potential energy Potential energy in a magnetic system depends on the distance between magnets; closer magnets have stronger interactions. 2. Compare scenarios Magnets close together: Highest initial potential energy due to strong repulsive/attractive force. Magnets medium distance apart: Moderate initial potential energy. Magnets far apart: Lowest initial potential energy as interaction weakens with distance.

Explanation

1. Identify relationship between distance and potential energy<br /> Potential energy in a magnetic system depends on the distance between magnets; closer magnets have stronger interactions.<br />2. Compare scenarios<br /> Magnets close together: Highest initial potential energy due to strong repulsive/attractive force.<br /> Magnets medium distance apart: Moderate initial potential energy.<br /> Magnets far apart: Lowest initial potential energy as interaction weakens with distance.
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