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Does anyone fully understand the definition of zero divisors? If anyone could explain the def. further I would appreciate it!

--Lmiddlet 22:22, 11 March 2009 (UTC)

Ok, it might be kind of late to respond, but still it might help.

As of definition, say, we have a and b non-zeros. If a*b = 0, then a and b are zero-divisors.

I guess, the name zero-divisor comes from the same equation: 0/a = b. If you divide 0 by some non-zero element, you again get non-zero element. Well, our logic(intuition) of integers says differently: if any non-zero number divides 0 or multiplies with 0, the result will be 0 anyway. That is why we denote such concept of zero-divisors, so we could take them out and get closer to the model of integers abstractly.

Otherwise, zero-divisors have a right to be. --Galymzhan April 21 2009 (UTC)

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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

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