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    The Division Theorem

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    Let p and a be positive integers and suppose that p|a2.
    a) Show that p|(ra + sp)2 for all integers r; s.
    b) Use part a), the definition of prime integer, and Theorem 15.1.1 to
    construct a proof by induction that p|a. [Hint: If a (< or =) p consider
    p = qa + r, where 0 (< or =) r < a. If p < a consider a = qp + r, where
    0 (< or =) r < p.]

    Theorem 15.1.1:

    The division theorem

    Let a and b be integers with b> 0. Then there are unique integers q and r such that a= bq+r and 0(< or =) r < b.

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    https://brainmass.com/math/basic-algebra/division-theorem-58447

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    Let and be positive integers and
    (a) Show that for all integers .
    Proof:
    Since . From the condition, , so . is always true. Thus , for all integers ...

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    The Division Theorem is investigated. The solution is detailed and well presented.

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