0
When two simple magnets are brought together the north pole of one will attract no part of the other?
Wiki User
∙ 11y ago
south pole
Wiki User
∙ 11y ago
Add your answer:
Earn +20 pts
Can magnets attract and repel other magnets?
Magnets are very much attracted to each other. Magnets have at least two poles: North and South. North poles attract South, and vice-versa. A simple mnemonic to remember this rule is "Opposites attract."
Can magnets repel and attract other magnets?
Magnets are very much attracted to each other. Magnets have at least two poles: North and South. North poles attract South, and vice-versa. A simple mnemonic to remember this rule is "Opposites attract."
What are electromagnets used to record information on?
Electromagnets...electromagnets are magnets attract, or pull, some kinds of metal objects. Stronger magnets exert a greater pull on the objects they attract. Sometimes it would be useful if you could turn off a magnet when you did not want it to attract objects. That is what an electromagnet can do. Some electromagnets .in power plants and factories electromagnets are very large. You can make a small, simple electromagnet in school or at home.
Do simple magnets have two poles?
all magnets have two poles
What is the past simple of bring?
The past simple of "bring" is "brought."
What is past simple of bring?
The simple past and past participle are both brought.
What is the past simple form of bring?
The past simple form of "bring" is "brought."
Did she brought or does she brought?
Bring not brought. Did she bring the book? -- past simple question Does she bring her lunch? -- present simple question.
How will like poles of 2 magnets interact?
Very simple answer: It will repel.
What is a simple sentence for the word brought?
she brought a newspaper.
What is the simple past tense of the verb bring?
The simple past tense of the verb "bring" is "brought."
Is magnet is a good conductor of electricity?
Conductor of electricity is sort of the definition of a magnet. Magnets conduct electrical fields; it is what makes them magnets, in very simple terms.
