💡 Words with a Similar Meaning to "Exponential generating function"
Found via reverse dictionary — words that share a conceptual meaning.
| Word | Definition |
|---|---|
| generating functionnoun | (mathematics) A formal power series with one indeterminate, whose coefficients encode a sequence that can be studied by algebraic manipulation of the series; any one of several generalizations, such as to encode more than one sequence or use more than one indeterminate. |
| exponentialnoun | (mathematics) Any function that has an exponent as an independent variable. |
| exponentiationnoun | (mathematics, arithmetic) The process of calculating a power by multiplying together a number of equal factors, where the exponent specifies the number of factors to multiply. |
| exponential equationnoun | (mathematics) A type of equation which includes a variable located in the exponent; for example, eˣ=1,. |
| exponential functionnoun | (mathematics) Any function in which an independent variable is in the form of an exponent; they are the inverse functions of logarithms |
| formal power seriesnoun | (mathematics, algebra) Any finite or infinite series of the form a_0+a_1x+a_2x²…=∑ᵢa_ixⁱ, where the aᵢ are numbers, but it is understood that no value is assigned to x. |
| preexponentnoun | (mathematics) Any factor that multiplies an exponential function |
| polyexponential | (mathematics) Involving many exponentials |
| hypergeometric seriesnoun | (mathematics) Any power series such that the ratio of the (k+1)-th and the k-th terms is a rational function of the natural integer k. |
| power seriesnoun | (mathematics, mathematical analysis) Any infinite series of the general form ∑ᵢ₌₀ ᪲a_i(x-c)ⁱ. |
| gamma functionnoun | (mathematical analysis) A meromorphic function which generalizes the notion of factorial to complex numbers and has singularities at the nonpositive integers; any of certain generalizations or analogues of said function, such as extend the factorial to domains other than the complex numbers. |
| hyperfactorialnoun | (mathematics) The result of multiplying a given number of consecutive integers from 1 to the given number, each raised to its own power. |
| factorialnoun | (mathematics, combinatorics) The result of multiplying a given number of consecutive integers from 1 to the given number. In equations, it is symbolized by an exclamation mark (!). For example, 5! = 1 × 2 × 3 × 4 × 5 = 120. |
| monoexponential | (mathematics) Involving the exponent of a single variable |
| exponential growthnoun | (mathematics) The growth in the value of a quantity in which the rate of growth is proportional to the instantaneous value of the quantity; for example, when the value has doubled, the rate of increase will also have doubled. The rate may be positive or negative. |
| hahn seriesnoun | (mathematics) A type of formal infinite series, a generalization of Puiseux series. They allow for arbitrary exponents of the indeterminate so long as the set supporting them forms a well-ordered subset of the value group. |
| geometric seriesnoun | (mathematical analysis) Any infinite series whose terms are in geometric progression; any series of the form a+ar+ar²+ar³⋯=a∑ᵢ₌₀ ᪲rⁱ, where a≠0, r≠0, and r≠1. |
| factorializationnoun | (mathematics) The process of factorializing. |
| biexponential | (mathematics) Having two summed exponential terms. |
| power functionnoun | (mathematics) A function where the independent variable is raised to a particular real number power. |
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