Mu-1 (μ-1) is a relation between flight speed (mph) and rotor speed (rpm) where the μ-value is equal to 1. A slower rotor speed means better fuel efficiency. According to cartercopters.com their aircraft was the first to achieve μ-1 at 170 mph and 107 rpm.
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So I believe you are asking about the Moebius or Möbius Mu(n) function. This is a number theoretic function defined as follows:Mu(n) = 0 if n has one or more repeated prime factors Mu(n) = 1 if n = 1 Mu(n) = (−1)^k if n is the product of k distinct primes Mu(n) = Mu(−n), (Mu(n) is not normally defined for n < 1) Mu(0) = 0So the answer to your question is mu of zero is 0Dr. ChuckHowever, if you are looking for the value of mu subscript 0, μ₀ that equals 4(pi) x 10^-7 T m/Aμ₀ = 4π x 10^-7 T m/A
It may refer to the Greek letter mu. It looks like a "u", with the left vertical line extended down (more or less like an upside-down "h"), and means "micro", a multiplier of 1/1,000,000. For example, a micrometer is a millionth of a meter (or a thousandth of a millimeter). If you have trouble typing the letter "mu", you can substitute the letter "u".
You can find the character for mu most easily by searching for it on the internet, then copying and pasting it wherever you need.
z = (x-mu)/sigma So x = sigma*z + mu = 3m*(-3) + 25 = -9m + 25
The area under a normal curve with mu = 8 and sigma = 3 is