2.224
sigma represents standard deviation. In a normal distribution, +/- 1 sigma from the mean, for instance, corresponds to approximately 67% of the area under the normal distribution. +/- 2 sigma corrresponds to 95% of the area and +/- 3 sigma from the mean corresponds to 99% of the area under a normal distribution. The area that is covered under +/- six sigma from the mean corresponds to nearly 100% -- that is, the part of the area NOT under that +/- 6 sigma is in the 10^-15 range or 1/1,000,000,000,000,000. The six sigma name borrows from this to suggest that the method gives this degree of certainty: that in 999,999,999,999,999 in 1,000,000,000,000,000 cases the result will be predictable. It does nothing, however, to explain how an agricultural process management methodology applies to other fields.
Landcode 0079 corresponds to the country of Peru, specifically for international dialing. Area code 50 is not a specific area code; however, if you meant area code 051, it refers to the Lima region. For more accurate information, please clarify the area code you are referring to.
A rectangle has no value - experimental or otherwise. Its area has a value, its perimeter, its aspect have values.
A triangle does not have any particular value. There are the magnitudes of its size, its angles, its area, its perimeter etc, but no single VALUE.
The expression "4x - 3x" simplifies to "x." Therefore, if you're referring to the value of a rhombus in terms of this expression, it would depend on the context or specific properties of the rhombus being discussed, such as side length or area. Without additional information, we can only conclude that the simplified value is "x."
I believe your question is to find a range going from the mean to a z-value on the standard normal distribution that corresponds to 17% of the area. A normal distribution goes from values of minus infinity to positive infinity. A standard normal distribution has a mean of 0 and an standard deviation of 1. It is usually best if you draw a diagram, in this case a bell shape curve with mean = 0. The area to the left of the mean is 50% of the total area. We find a z value that corresponds to 67% (50% + 17%) of the area to the left of this value. This can be done either with a lookup table or a spreadsheet program. I prefer excel, +norminv(0.67) = 0.44. The problem could also be worded to find the area going from a z-value to the mean. In this case, we must find a z-value that corrsponds to 33% (50-17). Using Excel, I calculate +norminv(0.33) = -0.44.
2.82
There cannot be such a value since the total area, being a probability, is 1.
There are 300+ Zip Codes in area code 202, which is Washington, D.C.
3.06
It is three units out of every eight. Its value will depend on what is being measured: area, length, mass, etc and the units being used.
At Z = 0.25, the area (larger) to the left of the line is 0.5987. The smaller area to the right of the line is 1 - 0.5987 = 0.4013. Therefore, the smaller section corresponds to 40.13% of the area.
Ancient Thrace corresponds to an area that today would cover Southern Bulgaria, North Eastern Greece and European Turkey.
I will try to answer your question, although I am unclear about "where most competitors operate." The area under the normal curve from beginning to end (minus infinity to positive infinity) equals 1. The area from minus infinity to the median (also the mean) is always 0.5, which corresponds to a 50% probabability. If I want to know the probability of a value of x or less occurring, this would the area from negative infinity to x.
Area = pi * radius squared A = pi * r2 Best to use the calculator value of pi to 9 places for more accurate answers.
The area under the curve in a graph or chart represents the total value or quantity of the data being measured within that specific range or interval.
"Alta California". Which nowadays corresponds to the U.S. state of California.