User blog:Edwin Shade/Testing

If you are looking for meaningful text, just ignore this blog entry for now. I am practicing making equations in LaTeX and thus will be using this post for those purposes.

First, I'll practice using subscripts and superscripts.

$$10^{100}$$

$$10^{10^{100}}$$

$$\ldots$$

$$10^{10^{10^{10^{10^{10^{10^{10^{10^{10^{100}}}}}}}}}}$$

$$f_{3}(3)=f_{2}(f_{2}(f_{1}(f_{1}(f_{0}(f_{0}(f_{0}(3)))))))$$

$$=f_{2}(f_{2}(f_{1}(f_{1}(6))))$$

$$=f_{2}(f_{2}(f_{1}(12)))$$

$$=f_{2}(f_{2}(24))$$

$$=f_{2}(24*2^{24})$$

$$=(24*2^{24})*2^{24*2^{24}}$$

$$f_{\epsilon_3}(2)=f_{{\epsilon_2}^{{\epsilon_2}^{\epsilon_2}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{\epsilon_1}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}^{\epsilon_0}}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}^{\omega}}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}^{2}}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}*{\epsilon_0}}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}*\omega}}}}(2)$$

$$=f_{{\epsilon_2}^{{\epsilon_2}^{{\epsilon_1}^{{\epsilon_0}*2}}}}(2)$$

Just testing how slideshows work. Good, they work.

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