C_Mayhew


 * __Eifel Tower H = 1,063 ft.__**
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 * __Jin Mao Tower = 1380 ft.__**
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 * __Torre Caja Madrid__ __820 ft.__**
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 * __arch original equation__** = -.0064x^2+630

__**Eifel Tower**__ 630/1063= 0.593 1/0.593= 1.686 S(x,y) ---> (1.686x, 1.686y) y/1.686= -.0064(x/1.686)^2+630 0.593y= -.0064(0.593x)^2+630 .593y= -.0064(.352)x^2+630 .593y= -.00225x^2+630 y=(-.00225x^2+630)/.593 y= -0.038x^2/(.593)+1062.395



630/1380= 0.457 1/0.457= 2.188 S(x,y) ---> (2.188x, 2.188y) y/2.188= -.0064(x/2.188)x^2+630 0.457y= -.0064(0.457x)^2+630 .457y= -.0064(.209)x^2+630 .457y= -.00134x^2+630 y= (-.00134x^2+630)/.457 y= -.00293x^2/(.457)+1378.556
 * __Jin Mao Tower__**



__**Torre Caja Madrid**__ 630/820= 0.768 1/0.768= 1.302 S(x,y) ---> (1.302x,1.302y) y/1.302= -.0064(x/1.302)x^2+630 0.768y= -.0064(0.768x)^2+630 .768y= -.0064(0.59)x^2+630 .768y= -.00378x^2+630 y= (-.00378x^2+630)/.768 y= -.00492x^2/(.768)+820.313