Underweight is less than or equal to 18.5
Normal is between 18.5-24.9
Overweight is between 25-29.9
Obesity is BMI of 30 or greater
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No. I am using "normalization" as used in probability theory as application of a normalizing constant to a value, to make it conform to a certain distribution.
1) A normalized load admittance of (0.2 + j0.2) needs a single stub tuner. i) how far down the line should it be located? ii) what is normalized admittance at the point just to right of where stub should be attached? 2) A certain point along a transmission line the normalized admittance is (1+j1.5) i) Design the short-circuited stub necessary to change the normalized admittance to (1+j0) I would prefer the use and explanation of a smith chart. If you want to solve analitically feel free to do so.
The probability is 0.664
It yields to inconsistent results when used to average normalized set of values.
At any age, the average IQ is normalized to 100. Therefore, 128 is an above-average IQ for an individual of any age.