Question

1. how would you define the word “field” as it’s used in this reading?
2. how does the reading refer to electric fields? what does it say these fields do?
3. what is another word that seems important?
4. can we use context clues from the reading to figure out what an electron is?
5. how can we put those ideas together?
6. what happens when a magnetic field changes?
7. how does this affect charged particles in a wire?
8. choose a bolded passage, then model it on a blank sheet of paper. you can take a picture and upload it.

Explanation:

1. Without the actual reading, a general - context definition of "field" in a scientific sense could be a region in space where a physical effect can be detected. For electric fields, they are regions where electric forces act on charged particles.
2. Again, without the reading, in general, electric fields are said to exert forces on charged particles, causing them to move or experience a force.
3. Words like "charged particles", "magnetic field" could be important as they are related to the concepts of electric fields.
4. Context clues from a scientific reading about electric fields might describe an electron as a negatively - charged subatomic particle that is affected by electric and magnetic fields.
5. By understanding the relationships between fields (electric and magnetic), charged particles, and the forces they exert on each other, we can put the ideas together.
6. When a magnetic field changes, it can induce an electric field according to Faraday's law of electromagnetic induction.
7. The induced electric field can cause charged particles in a wire to move, creating an electric current.
8. This requires physically representing a bolded passage from the reading on a blank sheet of paper, which could involve drawing diagrams or writing out key concepts.

Answer:

1. Without the reading, a scientific - context definition of "field" is a region in space where a physical effect can be detected.
2. In general, electric fields exert forces on charged particles.
3. "Charged particles", "magnetic field" could be important.
4. Context clues might describe an electron as a negatively - charged subatomic particle affected by electric and magnetic fields.
5. By understanding the relationships between fields and charged particles.
6. It can induce an electric field.
7. It can cause charged particles in a wire to move, creating an electric current.
8. Physically represent a bolded passage on a blank sheet of paper by drawing diagrams or writing key concepts.