Lg x power 3. Lg(5x2) – lg(x3+6x)=0. Lg 3 x lg x 2 2 lg2. Lg(x+4)-lg(x-3)=lg8. Lg x lg x 3 1.
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3lgx 6 2/3. Lg x = 1. Lg x venture. Lgx lg x-1 <lg6. 1/lgx+1/1-lgx<1.
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![Log1/5(2^(1+lgx) -(1/5^(1+lgx))) >=-1+lgx. Lg x lg x 3 1. Lg2x. [lg (x-3)]^2=1. Lg(2^x+x+4)=x-xlg5.](https://avatars.mds.yandex.net/i?id=24dec1b281c3790f3843d0790fe98cc2_l-5313814-images-thumbs&n=13 "Log1/5(2^(1+lgx) -(1/5^(1+lgx))) >=-1+lgx. Lg x lg x 3 1. Lg2x. [lg (x-3)]^2=1. Lg(2^x+x+4)=x-xlg5.")
Log1/5(2^(1+lgx) -(1/5^(1+lgx))) >=-1+lgx. Lg x lg x 3 1. Lg2x. [lg (x-3)]^2=1. Lg(2^x+x+4)=x-xlg5.
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Lg x lg x 3 1. Lgx/1-lgx=2. Lgx=2. Lg x (1-lg x). Lg x lg x 3 1.
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Lgx. Lg x2 2x 7 lg x 1. X^lgx-3=1000. Lgx+lg(x+3)=1. Lg 3x 7 lg x +1.
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Lg x lg x 3 1. Lg xpower. Lg(2-x)<=lg(x-3). Lg(3x-1)-lg(x+5)=1. Lg(3-2x)=2.
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Lg(7x)-lg(5x+1)=0. Lg x lg x 3 1. Lg 2x2+3x lg 6x+2. Lg(x-1)<2. Lgx=1/2.
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Lg (x-1) - 3lg (x-3) = lg8. X lgx = 1000. 2\lg(x)+lg(0. Lg x2+4/x-3 lgx. Lg x power 2 dual sim.
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![[lg (x-3)]^2=1. Lg (x2+2x-8) - lg(x+4). Lgx*lgx. Lg x 2 2 lg 1/x. Lg x lg x 3 1.](https://avatars.mds.yandex.net/i?id=42948323b94f5d2b83e5c0c26033b7a9_l-5286004-images-thumbs&n=13 "[lg (x-3)]^2=1. Lg (x2+2x-8) - lg(x+4). Lgx*lgx. Lg x 2 2 lg 1/x. Lg x lg x 3 1.")
[lg (x-3)]^2=1. Lg (x2+2x-8) - lg(x+4). Lgx*lgx. Lg x 2 2 lg 1/x. Lg x lg x 3 1.
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Lg x5 2018. 1 x+1. Lgx+lg(x+3)=1. Lg x229dg. Lg(x-1)^2 > lg(3x+1).
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Lg x power 5. Lg(x+2)=1+lgx. Lgx 2lgx 3 1lg 5. Lgx lg x-1 <lg6. Lg x = 1.
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01) - 1/lg(x) >0. 1/(lg(x-6))+5/(lg(x+2))=1. X2lg3x-3lgx=0,1. Lg 2x 3 lg x+1. Lg(x+1) = 1+lg(x-5).
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Lg x lg x 3 1. Lg(x-1)<2. Lg x lg x 3 1. X^2lgx=10x^2. 5lg2x-1/lg2x-1 1.
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13 log 1/13 lgx 2. Lg x lg x 3 1. Lg x lg x 3 1. Lg x-4/x-2 lgx. Lg x lg x 3 1.
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1-lg x -lg(x+3). Lgx=1. Lg x lg x 3 1. Lg(x^2-6x+9)=lg 3(x+3). Lg x lg x 3 1.
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Lg x lg x 3 1. Lg x 335. 1/(1+lg x). Lg x lg x 3 1. Lg(x+5)=lg(5x+1).
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Lg x lg x 3 1. 1+lg x+1 -lg x3+7x+8 0. Lg x-lg 12 log0. Lg(x2-x-2)<1. Lg k450 x power.
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Lg(3x-2)=3. 1/2lg(x2+x-5). Lg x300. Lg^2=lg^2. Lg 2x-3lgx+3/lgx-1<1.
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Lg x lg x 3 1. 1-lg x -lg(x+3). Lgx =lgx-1. Lg x lg x 3 1. Lgx=1/2.
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Lg(2x-1)=lg(x+1). Lg x lg x 3 1. Lg x power 2. Lg(x-1)+lg(x+1)=0. Lg x5 narhi.
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![Log1/5(2^(1+lgx) -(1/5^(1+lgx))) >=-1+lgx. Lg x lg x 3 1. Lg2x. [lg (x-3)]^2=1. Lg(2^x+x+4)=x-xlg5.](https://i2.wp.com/matfaq.ru/wp-content/uploads/images8/answer/matfaq-2295447301.jpg?w=970&ssl=1 "Log1/5(2^(1+lgx) -(1/5^(1+lgx))) >=-1+lgx. Lg x lg x 3 1. Lg2x. [lg (x-3)]^2=1. Lg(2^x+x+4)=x-xlg5.")
![[lg (x-3)]^2=1. Lg (x2+2x-8) - lg(x+4). Lgx*lgx. Lg x 2 2 lg 1/x. Lg x lg x 3 1.](https://vedroid.com/img/smartphones/lg-x-venture/11.jpg "[lg (x-3)]^2=1. Lg (x2+2x-8) - lg(x+4). Lgx*lgx. Lg x 2 2 lg 1/x. Lg x lg x 3 1.")
