$$1+ \frac12 + \frac14+\dots+\frac1{2^n}$$
To find the sum of the equation you have to find $n$, the number of terms in the geometric sequence and I don't know how...
The answer in the text book is $2-\frac1{2^n}$.
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So if I have a matrix and I put it into RREF and keep track of the row operations, I can then write it as a product of elementary matrices. ...
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I am asked to prove the density of irrationals in $\mathbb{R}$. I understand how to do this by proving the density of $\mathbb{Q}$ first, na...
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Can someone just explain to me the basic process of what is going on here? I understand everything until we start adding 1's then after ...
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