Understanding the Distributive Property: (n+1)^n(n+1)+1=n(n+1)^n+(n+1)^n+1

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The discussion centers on understanding the equation (n+1)^n(n+1)+1=n(n+1)^n+(n+1)^n+1, particularly the origin of the first n on the right-hand side. The user initially struggles with connecting the equation to the distributive property or the binomial theorem. A hint is provided to distribute the second term in parentheses to the first term, which helps clarify the relationship. This prompts a realization about the equation's structure, leading to a better understanding of the problem. The conversation highlights the importance of recognizing intermediate steps in algebraic manipulations.
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Homework Statement


understanding the following equation:

##(n+1)^n(n+1)+1=n(n+1)^n+(n+1)^n+1##.

I don't know from where the first ##n## on the RHS comes and how this is related to a single addition of ##(n+1)^n##.

Homework Equations


##a(b+c)=ab+ac##

The Attempt at a Solution


My guess is that it has something to do with the distributive property or the binomial theorem, but i don't see how. The fact that this is very basic, i don't know how to attack the problem. I don't know of any intermediate steps. If someone wants to point out an intermediate step, it would be very much appreciated.
 
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Hint: distribute the second term in parenthesis to the first term.
 
Aaaah, now i see it. I can't believe i did not notice it earlier. Thanks for the hint!
 
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