SOLUTION: I have a question about the logarithmic equations. I'll use log[a, b] where a is the base of the logarithm. Is log[sqrt3,(1-x)^2] - log[sqrt3, (3-x)] < 2 equal to 2 *

Algebra.Com
Question 996322: I have a question about the logarithmic equations. I'll use log[a, b] where a is the base of the logarithm.

Is
log[sqrt3,(1-x)^2] - log[sqrt3, (3-x)] < 2
equal to
2 * log[sqrt3, (1-x)] - log [sqrt3, (3-x)]<2
If they're not equal, why aren't they? Isn't the logarithm property of exponent is log(1-x)^2 = 2 * log(1-x)?

Found 2 solutions by MathLover1, rothauserc:
Answer by MathLover1(20849)   (Show Source): You can put this solution on YOUR website!



...........change to base



....if log same, then
......solve for



.....use quadratic formula




exact solutions:




Answer by rothauserc(4718)   (Show Source): You can put this solution on YOUR website!
use the division logarithm rule
log[sqrt3,(1-x)^2] - log[sqrt3, (3-x)] = log[sqrt3, (1-x)^2 / (3-x)], therefore
log[sqrt3, (1-x)^2 / (3-x)] < 2

RELATED QUESTIONS

Use properties of logarithms to condense the logarithmic expression. Write the expression (answered by josmiceli)
Use properties of logarithms to condense the logarithmic expression. 
Write the... (answered by ilana,AnlytcPhil)
I am preparing for a Logarithmic equation test and i came upon an equation that i dont... (answered by stanbon)
Use properties of logarithms to condense the logarithmic expression. Write the expression (answered by lwsshak3)
Using log rules Loga = 0.3 Logb = -0.5 Solve log(1000a^2) log(4throot... (answered by Alan3354)
Use the properties of logarithms to condense each logarithmic expression. Write the... (answered by stanbon)
Which of the following expressions is equivalent to 0.5(log(2)(x+1)-log(2)(x^2+2x+1)),... (answered by stanbon,Alan3354)
I do not have a very large understanding of logarithms, and i can't solve the question: (answered by CharlesG2,Earlsdon)
D1: Let’s combine our knowledge of solving systems and solving logarithmic equations.... (answered by josgarithmetic,MathLover1)