Finding the Remainder in Division of Polynomials | Step-by-Step Solution

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SUMMARY

The discussion focuses on finding the remainder when the polynomial expression (a+b+c)333 - a333 - b333 - c333 is divided by (a+b+c)3 - a3 - b3 - c3. The user attempted to express the problem in the form of Q{(a+b+c)3 - a3 - b3 - c3} + h, where h represents the remainder. The discussion highlights the complexity of defining a norm for polynomials in multiple variables, indicating that a straightforward method for calculating the remainder may not exist. The suggestion to solve the problem manually was also made.

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Ahmed Abdullah
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What is the remainder??

Homework Statement



What is the remainder when (a+b+c)^333-a^333-b^333-c^333 is divided by (a+b+c)^3-a^3-b^3-c^3?

Homework Equations



None

The Attempt at a Solution



I tried this
(a+b+c)^333-a^333-b^333-c^333 = Q{(a+b+c)^3-a^3-b^3-c^3}+h

where h is the remainder
I proceeded further but only managed to work out that Q>(a+b+c)^330.
I don't know how to attack this types of problem.
Please help!
 
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Are these polynomials in the variables a,b,c? If so, I don't think there's a natural way to talk about remainders. You first have to define a norm on the set of polynomials. For example, you could take it to be the largest power of a (or b, or c, which is what I mean by when I say there's no natural way).
 
Why Don't you just do it by hand? :p
 

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