Translation for 'denominator' from English to Bulgarian

denominator {noun}

знаменател {м}мат.

• We calculate each respective numerator by (1) taking the root of the denominator (i.e.
• A "complex fraction" is a fraction whose numerator or denominator, or both, contains a fraction.
• In general, the larger the denominator of a rational fraction, the better the approximation.
• A fixed-point data type uses the same denominator for all numbers.
• Like the THD measurement, this is a ratio of RMS amplitudes, and can be measured as THDF (bandpassed or calculated fundamental as the denominator) or, more commonly, as THDR (total distorted signal as the denominator).

• ... concatenated with) its denominator yields its numerator.
• In the first equation, the denominator in pounds is divided by 64 to convert it to cubic feet (because 1 cubic foot of salt water weights 64 pounds).
• The degree of the numerator and degree of the denominator determine whether or not there are any horizontal or oblique asymptotes.
• The denominator is a measure of dispersion. Replacing the denominator with the standard deviation we obtain the nonparametric skew.
• In mathematics, the lowest common denominator or least common denominator (abbreviated LCD) is the lowest common multiple of the denominators of a set of fractions.

• On the other hand, if either denominator is negative, then each fraction with a negative denominator must first be converted into an equivalent form with a positive denominator—by changing the signs of both its numerator and denominator.
• The denominator is a triangle number equal to [...] In the more general case the denominator will always be the sum of the individual weights.
• The denominator is the sample size reduced by the number of model parameters estimated from the same data, [...] for [...] regressors or [...] if an intercept is used.
• Second, McDonald (1970) 's [...] differs from [...]. The denominator of the formula given by McDonald (1970) is observed covariances, and the denominator of [...] is fitted covariances.
• If the denominator is linear in some square root, say [...] rationalisation consists of multiplying the numerator and the denominator by [...] and expanding the product in the denominator.

• In practice, there is interest only in the numerator of that fraction, because the denominator does not depend on [...] and the values of the features [...] are given, so that the denominator is effectively constant.
• This form can be useful when combining a linear denominator [...] with a quadratic denominator [...] , such as in heavy quark effective theory (HQET).
• The first step is to determine a common denominator [...] of these fractions – preferably the least common denominator, which is the least common multiple of the [...].