The phrase "arguments of the function" is correct and usable in written English.
It is typically used in programming or mathematics to refer to the values or variables that are passed to a function when it is called.
Example: "In Python, you can define a function that takes two arguments of the function, such as 'add(a, b)', where 'a' and 'b' are the inputs."
Alternatives: "parameters of the function" or "inputs of the function".
The arguments of the function undergo transformations that maintain a certain invariance of the function due to the quadratic form of the integrand.
This can be done as follows: A term is first defined as either (1) an individual variable or (2) an individual constant or (3) any expression formed by prefixing a function variable or function constant of degree n to any n terms (these terms the arguments of the function symbol are usually separated by commas and enclosed in parentheses).
Sometimes, the arguments of the function will be omitted in the analysis when no confusion can arise.
From Eq. (5), it is possible to analyze the relationships between the solution of the amount of innovation and the other arguments of the function.
In these functional expressions, " is used as a placeholder for what Frege called the arguments of the function; the placeholder reveals that the expressions signifying function are, on Frege's view, incomplete and stand in contrast to complete expressions such as those in (a), (b), and (c).
The trajectory X (t ′ ) = x − p m (t − t ′ ) is initialized by the arguments of the function f w ϵ, p on the left, while f 0 p is the first p derivative of the initial condition.
However, there are contradictory arguments on the function of CN2 in degrading carnosine.
An important class of these identity statements are statements of the form 'ƒ(x) = y', where ƒ is any unary function (i.e., function of a single variable), x is the argument of the function, and ƒ(x) is the value of the function for the argument x.
If an error correcting code with rate R = k/n is applied, the argument of the function Q must be replaced with (sqrt {2gamma R} ) and (overline {P_{b}}) has the meaning of mean channel bit error rate, while the BER at the decoder output must be computed by taking into account the effect of the decoding algorithm.
In this view, subjective well-being is better viewed as one of many arguments of the utility function, rather than the utility function itself, and individuals make trade-offs among competing objectives, including but not limited to happiness.
