For the case where

composite function has several intermediate variables, set z = f[u, v, [omega]], u = [phi](t), v = [psi](t), and [omega] = [omega](t) and then get the

composite function z = f[[phi](t),[psi](t),[omega](t)].

r](t)) be a

composite function for which delta derivatives up to order a + b, where a and b are nonnegative integers, are defined.

Bergweiler, "On the Nevanlinna characteristic of a

composite function," Complex Variables, vol.

The determinant of the Hessian matrix of a

composite function f = F([h.

2](x,y))in terms of x and y, and find the domain of the resulting

composite function.

The derivative of a

composite function, taken with the chain rule is one of the important notions in calculus.

13] Wu Qibin, A

composite function involving the Smarandache function, Pure and Applied Mathematics, Vol.

Results indicate that many of the prospective teachers held historical definitions tied to formulaic rules and that this negatively affected their ability to solve

composite function problems.

For example, the previously mentioned

composite function would be shown as in figure 5, for which I have introduced letters for variables: x for the original input, n for the output of the first machine and input of the second machine, and y for the output of the second machine.

The deduction of the necessary conditions involves frequent application of the differentiation of the

composite functions with respect to time argument and taking the partial derivatives of the differentiated

composite function with respect to one of the variables or its derivatives.

m] [right arrow] R, consider the

composite function g [omicron] F: A [right arrow] R such that the following conditions are fulfilled: