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(a) Show that for β -1, the Binomial Expansion reduces to the Geometric Series I. (b) Show that for B a natural number, the B

need help with (b), thanks!

Beta is the exponent of (a+b). i.e. (a+b)^beta for beta a natural number, the Binomial Expansion reduces to the general Binomial Formula  (a+b)^{n}=\sum_{0}^{k} \binom{n}{k} a^{n-k}b^{k}.

(a) Show that for β -1, the Binomial Expansion reduces to the Geometric Series I. (b) Show that for B a natural number, the Binomial Expansion reduces to the Binomial Formula
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natura 3 is the naturaj combina torics ber l oum ouffose-fa-us-a then rom binemial epansion hen since (ia the natural combina

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need help with (b), thanks! Beta is the exponent of (a+b). i.e. (a+b)^beta for beta a natural number, the Binomial Expansion reduces to the general Binomial Formula  . (a) Show that for β -1, the Bin...
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