Oh Behave Magnets How would these magnets behave
Oh, Behave Magnets!
How would these magnets behave? + (S) - (N) A. Magnets will attract B. Magnets will repel C. Magnets will do nothing + (S)
How would these magnets behave? + (S) - (N) + (S) B. the force will repel the two magnets if the poles are the same
How would these magnets behave? - (N) + (S) A. B. C. D. + (S) - (N) Magnets will attract as much as in the previous question Magnets will attract more than in the previous question Magnets will repel as much as in the previous question Magnets will repel more than in the previous question
How would these magnets behave? - (N) + (S) - (N) D. the force will repel the two magnets MORE STRONGLY if the same poles are stronger.
How would these magnets behave? + (S) - (N) + (S) A. Magnets will attract B. Magnets will repel C. Magnets will do nothing - (N)
How would these magnets behave? + (S) - (N) A. the force will attract the two magnets if the poles are opposite
How would these magnets behave? + (S) - (N) A. B. C. D. + (S) - (N) Magnets will attract as much as in the previous question Magnets will attract more than in the previous question Magnets will repel as much as in the previous question Magnets will repel more than in the previous question
How would these magnets behave? + (S) - (N) B. the force will attract the two magnets MORE STRONGLY if the opposite poles are stronger.
What is the difference between these symbols? δ+ and δ- The lower case delta signs represent PARTIAL charges, partially positive charge or partially negative charge. Partial charges are weaker than full charges.
What is the difference between these symbols? δ+ and + δ Larger partial charges are written bigger. A larger partial charge is stronger than a smaller partial charge.
What is the difference between these symbols? δ + and Small positive partial charge + δ Large positive partial charge and + Full positive charge
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