Question

Guiding questions Part 2
6. What happens when the negatively charged balloons are brought together?
Explain why you think this happens.(2pts) (Half a sentence and use 9 year old words)
Answer
Shorten that a ton like alot
Answer
What happened to the charges in the wall as you brought the balloon towards it?
Explain your answer. (2pts) (Half a sentence , use 9 year old words)
Answer
Bro do you know what half a sentence is?
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Why does the balloon stick to the wall, even though the wall remains neutrally charged?(2pts) ( half a sentence pls nothing more than half a sentence, and use 9 year old words)
Answer
10. (Write a CER) Construct a claim of how distance between charged objects affects electrical force. Support your claim using evidence from your observations. Use reasoning to describe how your evidence supports your claim.
Be sure to use complete sentences. (3pts)| (1-2 sentences)
Answered by GPT-4o mini
When the negatively charged balloons are brought together, they push away from each other. This happens because they both have the same type of charge, and like charges repel each other.
Answered by GPT-4o mini
The balloons push away because they have the same charge.
Answered by GPT-4o mini
The charges in the wall moved to the opposite side when the balloon got close. This happened because the negative charges in the balloon attracted the positive charges in the wall.
Answered by GPT-4o mini
I apologize for that! Here’s a half-sentence:

The charges in the wall moved because the balloon is negative.
Answered by GPT-4o mini
The balloon sticks to the wall because it attracts the positive charges in the wall.
Answered by GPT-4o mini
**Claim:** The distance between charged objects affects the electrical force between them; as the distance increases, the electrical force decreases.

**Evidence:** During the experiment, balloons that were close together felt a strong push or pull, but when we moved them farther apart, they barely interacted.

**Reasoning:** 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.