How many people are in the class ?
Let Z be a random variable following the standard normal distribution with mean µ = 0 and standard deviation σ = 1.
The 67th percentile of the distribution is the value z that separates the bottom 67% of the distribution from the top 100% - 67% = 33%. In terms of probability, we have
Pr[Z ≤ z] = 0.67
Use the inverse CDF for the normal distribution (or lookup z scores in a table) to find
z = ɸ⁻¹(0.67) ≈ 0.4399
where ɸ(z) is the CDF for the normal distribution.
Answer
\((y + 3) (y^{2} - 3 y + 9) V)
Explanation
Explanation
Detail ste
Apply \(a^3\pm b^3=(a\pm b)(a^2\ mp ab+b^2)V : \((y + 3) (y^[2} - y \times 3 + 3^{2}) V
Multiply the monomials: \((y + 3) (y^{2} -3y + 3^{23) V
Calculate the power: \((y + 3) (y^{2} - 3 y + 9) V
The Machine Learning is known to be a textbook that was written by Tom Mitchell, McGraw Hill in the year 1997.
<h3>What is the book about?</h3>
This book is known to give student a kind of single source introduction to the scope or field of machine learning.
Note that It is said to be a kind of a well written text book that is made for advanced undergraduate, graduate students, and also it can be used by developers and researchers in regards to artificial intelligence or statistics is assumed.
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