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| − | =Artofproblemsolving=
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| − | I joined artofproblemsolving in May, and enjoy posting solutions and moderating the Alcumus forum.
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| − | ==Friend list==
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| − | <nowiki>
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| − | -$45!
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| − | 3333
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| − | anant1993
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| − | ahaanomegas
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| − | AwesomeToad
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| − | basketballstar24
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| − | BOGTRO
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| − | brycezj
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| − | chaotic_iak
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| − | Chuthecommie
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| − | destruxor
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| − | Dojo
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| − | dude01
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| − | El_Ectric
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| − | Lstar
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| − | MaggieKim
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| − | qwertytothefifth
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| − | rrusczyk
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| − | Scamper
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| − | Spring
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| − | theoneforce
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| − | UKFan
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| − | wavelet
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| − | </nowiki>
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| − | ==AoPS classes==
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| − | ===Algebra 1===
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| − | Over the summer of 2010, I took Algebra 1. I very much enjoyed this class. It included the quadratic formula (<math>\frac{-b\pm\sqrt{b^2-4ac}}{2a}</math>), solving equations like:
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| − | <math>2x+y=50</math>
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| − | <math>x-y=25</math>
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| − | Which would give us <math>x=\frac{75}{3}=23</math> and <math>y=-2</math>. It also taught me graphing and slopes (<math>\frac{y_2-y_1}{x_2-x_1})</math>
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| − | ===Introductory to Number Theory===
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| − | Over the fall of 2010 I took Introductory to Number Theory and Introductory to Counting and Probability. In number theory, I learned base numbers, <math>\pmod{}</math>, and a lot of interesting number theory formulas (Ex: <math>gcd(x,y)=p_1^{min_{e_1,e_2}}*p_2^{min_{e_3,e_4}}*p_n^{min_{e_{2n-1}, e_{2n}}</math>.
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| − | ===Introductory to Counting and Probability===
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| − | Over the fall of 2010 I took Introductory to Number Theory and Introductory to Counting and Probability. I learned Permutations, <math>\binom{N}{R}</math>, Pascals triangle, Pascals Identity, and my username (<math>(x+y)^n=\binom{n}{0}x^n+\binom{n}{1}x^{n-1}y+\binom{n}{2}x^{n-2}y^2\cdots \binom{n}{n-2}x^2y^{n-2}+\binom{n}{n-1}xy^{n-1}+\binom{n}{n}y^n)</math>
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