Question
Where is the electric field between a charged balloon and a charged piece of paper 0.04 m away?(1 point)
Responses
The electric field is in the 0.04 m distance between the balloon and paper and not anywhere else around either the paper or the balloon.
The electric field is in the 0.04 m distance between the balloon and paper and not anywhere else around either the paper or the balloon.
The electric field is in the region around the balloon and paper where there are outside charges that affect them.
The electric field is in the region around the balloon and paper where there are outside charges that affect them.
The electric field is in the region in which the forces come in contact.
The electric field is in the region in which the forces come in contact.
The electric field is all around the balloon and paper including between them, where, depending on their charge, there would be a force of either attraction or repulsion.
Responses
The electric field is in the 0.04 m distance between the balloon and paper and not anywhere else around either the paper or the balloon.
The electric field is in the 0.04 m distance between the balloon and paper and not anywhere else around either the paper or the balloon.
The electric field is in the region around the balloon and paper where there are outside charges that affect them.
The electric field is in the region around the balloon and paper where there are outside charges that affect them.
The electric field is in the region in which the forces come in contact.
The electric field is in the region in which the forces come in contact.
The electric field is all around the balloon and paper including between them, where, depending on their charge, there would be a force of either attraction or repulsion.
Answers
GPT-4o mini
The electric field is all around the balloon and paper including between them, where, depending on their charge, there would be a force of either attraction or repulsion.
This response accurately describes the nature of electric fields, which exist in the space surrounding charged objects and can exert forces on other charged objects within that space. The electric field is not limited to only the distance between the two charged objects; it extends throughout the region around them.
This response accurately describes the nature of electric fields, which exist in the space surrounding charged objects and can exert forces on other charged objects within that space. The electric field is not limited to only the distance between the two charged objects; it extends throughout the region around them.