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Inverse ratio

Ratio Ra"ti*o, n. [L., fr. reri, ratus, to reckon, believe, think, judge. See Reason.] 1. (Math.) The relation which one quantity or magnitude has to another of the same kind. It is expressed by the quotient of the division of the first by the second; thus, the ratio of 3 to 6 is expressed by 3/6 or 1/2; of a to b by a/b; or (less commonly) the second is made the dividend; as, a:b = b/a. Note: Some writers consider ratio as the quotient itself, making ratio equivalent to a number. The term ratio is also sometimes applied to the difference of two quantities as well as to their quotient, in which case the former is called arithmetical ratio, the latter, geometrical ratio. The name ratio is sometimes given to the rule of three in arithmetic. See under Rule. 2. Hence, fixed relation of number, quantity, or degree; rate; proportion; as, the ratio of representation in Congress. Compound ratio, Duplicate ratio, Inverse ratio, etc. See under Compound, Duplicate, etc. Ratio of a geometrical progression, the constant quantity by which each term is multiplied to produce the succeeding one.

Ratio Ra"ti*o, n. [L., fr. reri, ratus, to reckon, believe, think, judge. See Reason.] 1. (Math.) The relation which one quantity or magnitude has to another of the same kind. It is expressed by the quotient of the division of the first by the second; thus, the ratio of 3 to 6 is expressed by 3/6 or 1/2; of a to b by a/b; or (less commonly) the second is made the dividend; as, a:b = b/a. Note: Some writers consider ratio as the quotient itself, making ratio equivalent to a number. The term ratio is also sometimes applied to the difference of two quantities as well as to their quotient, in which case the former is called arithmetical ratio, the latter, geometrical ratio. The name ratio is sometimes given to the rule of three in arithmetic. See under Rule. 2. Hence, fixed relation of number, quantity, or degree; rate; proportion; as, the ratio of representation in Congress. Compound ratio, Duplicate ratio, Inverse ratio, etc. See under Compound, Duplicate, etc. Ratio of a geometrical progression, the constant quantity by which each term is multiplied to produce the succeeding one.

- inverse ratio ventilation (irv) is not necessarily a mode of mechanical ventilation though it may be referred to as such. irv is a strategy (method or

- a pressure control mode of mechanical ventilation that utilizes an inverse ratio ventilation strategy. aprv is an applied continuous positive airway

- interval, rather than as the ratio of orbital periods, which would be the inverse ratio. thus the 2:3 ratio above means pluto completes two orbits in the time

- of two gases at the same temperature and pressure are given by the inverse ratio of the square roots of the m****es of the gas particles. the equation

- to the first approximation that the euler characteristics are in the inverse ratio to the degrees of the correspondence. an orbifold covering of degree

- about ln 2 (≈ 0.693) nats, or log10 2 (≈ 0.301) hartleys. as with the inverse ratio, this value, approximately 3/10, but slightly more, corresponds to the

- to nitrogen of about 13 corrected the previous estimates so much (an inverse ratio was expected in some quarters) that some scientists contested the observations

- penning trap. the ratio of the two frequencies is equal to six times the inverse ratio of the m****es of the two particles (the heavier the particle, the lower

- a pressure control mode of mechanical ventilation that utilizes an inverse ratio ventilation strategy. aprv is an applied continuous positive airway

- interval, rather than as the ratio of orbital periods, which would be the inverse ratio. thus the 2:3 ratio above means pluto completes two orbits in the time

- of two gases at the same temperature and pressure are given by the inverse ratio of the square roots of the m****es of the gas particles. the equation

- to the first approximation that the euler characteristics are in the inverse ratio to the degrees of the correspondence. an orbifold covering of degree

- about ln 2 (≈ 0.693) nats, or log10 2 (≈ 0.301) hartleys. as with the inverse ratio, this value, approximately 3/10, but slightly more, corresponds to the

- to nitrogen of about 13 corrected the previous estimates so much (an inverse ratio was expected in some quarters) that some scientists contested the observations

- penning trap. the ratio of the two frequencies is equal to six times the inverse ratio of the m****es of the two particles (the heavier the particle, the lower