Question
Shorten this and use 9 year old words
The distance between charged objects affects the electrical force between them as the distance increases, the electrical force decreases, During the experiment, balloons that were close together felt a strong push or pull, but when we moved them farther apart, they barely interacted, This shows that the electrical force weakens with more distance because charged objects can only attract or repel each other effectively when they are close enough
The distance between charged objects affects the electrical force between them as the distance increases, the electrical force decreases, During the experiment, balloons that were close together felt a strong push or pull, but when we moved them farther apart, they barely interacted, This shows that the electrical force weakens with more distance because charged objects can only attract or repel each other effectively when they are close enough
Answers
GPT-4o mini
The distance between charged things changes the push or pull between them. When the balloons were close, they pushed or pulled a lot, but when we moved them far apart, they hardly did anything. This shows that the push or pull gets weaker as they move away from each other. Charged objects can only pull or push well when they are close.
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