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Mean proportional

Mean Mean, a. [OE. mene, OF. meiien, F. moyen, fr. L. medianus that is in the middle, fr. medius; akin to E. mid. See Mid.] 1. Occupying a middle position; middle; being about midway between extremes. Being of middle age and a mean stature. --Sir. P. Sidney. 2. Intermediate in excellence of any kind. According to the fittest style of lofty, mean, or lowly. --Milton. 3. (Math.) Average; having an intermediate value between two extremes, or between the several successive values of a variable quantity during one cycle of variation; as, mean distance; mean motion; mean solar day. Mean distance (of a planet from the sun) (Astron.), the average of the distances throughout one revolution of the planet, equivalent to the semi-major axis of the orbit. Mean error (Math. Phys.), the average error of a number of observations found by taking the mean value of the positive and negative errors without regard to sign. Mean-square error, or Error of the mean square (Math. Phys.), the error the square of which is the mean of the squares of all the errors; -- called also, especially by European writers, mean error. Mean line. (Crystallog.) Same as Bisectrix. Mean noon, noon as determined by mean time. Mean proportional (between two numbers) (Math.), the square root of their product. Mean sun, a fictitious sun supposed to move uniformly in the equator so as to be on the meridian each day at mean noon. Mean time, time as measured by an equable motion, as of a perfect clock, or as reckoned on the supposition that all the days of the year are of a mean or uniform length, in contradistinction from apparent time, or that actually indicated by the sun, and from sidereal time, or that measured by the stars.

Mean Mean, a. [OE. mene, OF. meiien, F. moyen, fr. L. medianus that is in the middle, fr. medius; akin to E. mid. See Mid.] 1. Occupying a middle position; middle; being about midway between extremes. Being of middle age and a mean stature. --Sir. P. Sidney. 2. Intermediate in excellence of any kind. According to the fittest style of lofty, mean, or lowly. --Milton. 3. (Math.) Average; having an intermediate value between two extremes, or between the several successive values of a variable quantity during one cycle of variation; as, mean distance; mean motion; mean solar day. Mean distance (of a planet from the sun) (Astron.), the average of the distances throughout one revolution of the planet, equivalent to the semi-major axis of the orbit. Mean error (Math. Phys.), the average error of a number of observations found by taking the mean value of the positive and negative errors without regard to sign. Mean-square error, or Error of the mean square (Math. Phys.), the error the square of which is the mean of the squares of all the errors; -- called also, especially by European writers, mean error. Mean line. (Crystallog.) Same as Bisectrix. Mean noon, noon as determined by mean time. Mean proportional (between two numbers) (Math.), the square root of their product. Mean sun, a fictitious sun supposed to move uniformly in the equator so as to be on the meridian each day at mean noon. Mean time, time as measured by an equable motion, as of a perfect clock, or as reckoned on the supposition that all the days of the year are of a mean or uniform length, in contradistinction from apparent time, or that actually indicated by the sun, and from sidereal time, or that measured by the stars.

- "proportional" in a narrower sense mean proportional to votes, as opposed to po****tion: even though the US House of Representatives is proportional geographically...

- equal to DQ and EG and FH respectively equal to EQ and FQ; take OK a mean proportional between OH and OQ, and through K, draw KM parallel to AB, meeting...

- the number of equally abundant species needed to obtain the same mean proportional species abundance as that observed in the dataset of interest (where...

- weighted mean of the species' proportional abundances is calculated. With some values of the parameter q, the value of the generalized mean Mq−1 ****umes...

- equals mean proportional species abundance within the subunits (mean p i | j {\displaystyle p_{i|j}} ) as calculated with the weighted generalized mean with...

- the geometric mean (mean proportional) of the two segments of the hypotenuse.: 243 Each leg of the triangle is the mean proportional of the hypotenuse...

- first taking the weighted mean of species proportional abundances in the dataset, and then taking the inverse of this mean. The equation is: q D γ = 1...

- Draw AS perpendicular to AO and equal to AR, and join OS. Then the mean proportional between OS and OB will be very nearly equal to a sixth of the cir****ference...

- There are several kinds of mean in mathematics, especially in statistics. Each mean serves to summarize a given group of data, often to better understand...

- arithmetic mean for describing proportional growth, both exponential growth (constant proportional growth) and varying growth; in business the geometric mean of...

- equal to DQ and EG and FH respectively equal to EQ and FQ; take OK a mean proportional between OH and OQ, and through K, draw KM parallel to AB, meeting...

- the number of equally abundant species needed to obtain the same mean proportional species abundance as that observed in the dataset of interest (where...

- weighted mean of the species' proportional abundances is calculated. With some values of the parameter q, the value of the generalized mean Mq−1 ****umes...

- equals mean proportional species abundance within the subunits (mean p i | j {\displaystyle p_{i|j}} ) as calculated with the weighted generalized mean with...

- the geometric mean (mean proportional) of the two segments of the hypotenuse.: 243 Each leg of the triangle is the mean proportional of the hypotenuse...

- first taking the weighted mean of species proportional abundances in the dataset, and then taking the inverse of this mean. The equation is: q D γ = 1...

- Draw AS perpendicular to AO and equal to AR, and join OS. Then the mean proportional between OS and OB will be very nearly equal to a sixth of the cir****ference...

- There are several kinds of mean in mathematics, especially in statistics. Each mean serves to summarize a given group of data, often to better understand...

- arithmetic mean for describing proportional growth, both exponential growth (constant proportional growth) and varying growth; in business the geometric mean of...