# Закажи себе WolframAlpha|Pro! Получи пошаговые решения твоих задач!

## ЕГЭ с Wolfram|Alpha :: 28.04.14 :: Вариант 3   #### n>a/(b-c) where a = 3700, b = 1700, c=1400  #### b = N[a*(1-p/100)] where a=78,p=5  #### {18,37,35,45,35,39,23,27,21,45,48,47,46,58,58,66,29,49,55}  #### B=m*v+n*w where m=5,n=36,v=690,w=250  #### triangle (0,0),(6,0),(6,8)  #### p=N[m/n] where m = 18, n = 20  #### solve (x-3)^(1/3)=4  #### polygon [0,0],[-3.8,0],[0,10],[5.8,0],[0,0],[0,10],triangle [-3.8,0],[-2.6,3.2],[5.8,0]  #### fit polynomial  #### sphere radius 3, red cube edge length 6   #### log(2,7)*log(7,32)  #### T = (P/(sigma*S))^(1/4) where P = (114/100)*10^26, sigma = (57/10)*10^(-8), S = (1/648)*10^21  #### square pyramid base 8,height 4sqrt2 and red square pyramid base 4,height 2sqrt2  #### v = (a*(T-t)+s)/T where s=22,T=8,t=3,a=2  #### maximize (2*x-6)*E^(13-4*x) over [2,14]   #### 4^cos(x)+4^(-cos(x)) = 5/2, x from -3*Pi to -3*Pi/2  #### cone with radius 8, height sqrt17 and triangle (0,-8,0),(-8,0,0),(0,0,sqrt17)  #### solve {7^x+98/7^x >= 51,log(x+3,(x+1)/3) <= 0}      #### 7,14,22,8,15,21,9,16,23,10,17,24,11,18,25,12,19,26,13,20,27   