Indefinite number of arguments

PASSING AN INDEFINITE NUMBER OF ARGUMENTS USING THE PARAMARRAY KEYWORD... 

Occasionally a Function procedure needs to accept an indefinite niunber of arguments. The SUM worksheet function is an example of such a function its syntax is =SUM(number1, number2,...). To allow a Function procedure to accept an indefinite number of arguments, use the ParamArray keyword in the argument list of the function, as in the following expression... 

Allows the use of an indefinite number of arguments for a function. The specified argument is an Optional array of Variant elements. 

A CUSTOM FUNCTION THAT TAKES AN INDEFINITE NUMBER OF ARGUMENTS... 

Consider the first alternative, that (R) is not complete, either because some disjuncts haven t occurred yet or perhaps that there is an indefinite number of possible macromolecular implementations for (PS). This, in fact, seems to me to be true, just by virtue of the fact that natural selection is continually searching the space of alternative adaptations and counteradaptations, and that threats to the integrity and effectiveness of meiosis might in the future result in new macromolecular implementations of (PS) being selected for. However, this is no concession to antireductionism. It is part of an argument that neither (PS) nor (G) report an explanatory generalization, that they are in fact temporarily true claims about local conditions on the Earth. 

In a purely photochemical reaction the absorption of radiant energy is plainly responsible for the activation. This suggested the possibility that thermal reactions are also due to activation by the thermal radiation which is present at every temperature. The argument was very forcibly presented by Perrin who showed that if the specific rate of a imimolecular gas reaction remains constant, with indefinite diminution in pressure, activation must be by radiation since the number of opportunities for activation by collision also diminishes without limit. In fact, the decomposition of nitrogen pentoxide, the first gas reaction shown to be unquestionably unimolecular, was found to have a specific reaction rate constant over a wide range of pressure, and apparently increasing at very low pressures. ... 

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