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True for the base case. Now assume that it is true for k, and then prove for k + 1.

Can you find the relationship between those two?

Actually, the order of operations first tell you to multiply 4 and \(n\), then \(n +1\)

The question is actually saying \((4 \cdot n) \cdot (n + 1)\)

But 8 + 16 = 24

It is a series, not a sequence.

oh I understand, this is where I misunderstood the problem, thank you.

No problem!

^ that is simple induction, correct.

Thank you, everyone! Helped a lot :)

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@tcarroll010 Do you know much about history?