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1 < (e^(x)-1)/(ln(x-1)) < (x+1)=x

1<ex1ln(x1)<(x+1)=x 1<\frac{e^{x}-1}{\ln (x-1)}<(x+1)=x

Full solution

Q. 1<ex1ln(x1)<(x+1)=x 1<\frac{e^{x}-1}{\ln (x-1)}<(x+1)=x
  1. Isolate exponential expression: First, let's address the inequality 1<ex1ln(x1)1 < \frac{e^{x}-1}{\ln(x-1)}. We need to isolate the exponential expression on one side.
  2. Multiply by ln(x1)\ln(x-1): Multiply both sides of the inequality by ln(x1)\ln(x-1) to get rid of the denominator, assuming ln(x1)\ln(x-1) is positive (which it must be for the logarithm to be defined and for the inequality to maintain its direction).\newline1ln(x1)<ex11 \cdot \ln(x-1) < e^{x} - 1
  3. Add 11 to isolate exe^{x}: Add 11 to both sides of the inequality to isolate exe^{x}.\newlineln(x1)+1<ex\ln(x-1) + 1 < e^{x}
  4. Address second part of inequality: Now, let's address the second part of the inequality (ex1)/(ln(x1))<(x+1)=x(e^{x}-1)/(\ln(x-1)) < (x+1)=x. This seems to be a typo or a mistake because (x+1)=x(x+1)=x is not an inequality and does not make sense in this context. We will assume that the intended inequality is (ex1)/(ln(x1))<x+1(e^{x}-1)/(\ln(x-1)) < x+1.

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