I have read that it is unknown whether either E+Pi or E*Pi is an irrational number. How can we prove that at most one of the two numbers is rational?
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Since both quantities are greater than 0, take $(\pi.e) ^{th}$ root. This will change the inequality to $e^{1/e}$ and $\pi^{1/\pi}$. Consider function $x^{1/x
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Yahoo Answers Sign In Mail ⚙ (...) to prove e^pi > pi^e, (...) How to prove that e^Pi is bigger than Pi^e? Just calculations are not enough?
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I have read that it is unknown whether either E+Pi or E*Pi is an irrational number. How can we prove that at most one of the two numbers is rational?
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Transcendental Numbers - Numberphile :
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Since both quantities are greater than 0, take $(\pi.e) ^{th}$ root. This will change the inequality to $e^{1/e}$ and $\pi^{1/\pi}$. Consider function $x^{1/x
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Eat my Pi'e. Genesis 1:1 John 1:1 The answer to 1984 is :
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Answer to Prove that e^pi >pi^e hint: create a function of sin(x) to prove
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Best Answer: The easiest way is to show that e^x > x^e x / ln x > e at x = pi. We will use calculus to prove this painlessly.
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Prove that ln(PI + x)/ln(e + x) is decreasing in the interval 0 to infinity. :
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