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Partial measures output/(single input)Multi-factor measures output/(multiple inputs)Total measure output/ (total inputs)Productivity =(Outputs/inputs)
Not necessarily. All things that are subject to processes - even the human body - have inputs and outputs.
If you mean what are the various ways of representing a function? Then I'd suggest you ponder over the definition of a function at first. I think of functions as abstract entities that accept inputs and give a single output for every such input. Going off of this definition, various ways of representing a function are: 1) Explicit formula: This relates the output of a function to the input. i.e it tells you what exactly the function does to the input. eg. f(x) = x +2 tells you the function adds 2 to the input value. 2) The graph of a function: This gives you a good idea of how the function behaves in it's entire domain (the set of inputs for which the output is defined and real). 3) A table of inputs and outputs. 4) Verbal description of a function
If every input has an output. If two outputs are the same, they must have the same input.
The question could have been written better. I am assuming that you have two inputs each denoted by "a" and want to know which logic function requires both "a"s to be (1 or TRUE) so that the output is 1. The logic function is an AND gate
Activity/Function : Ceiling Fan. Input : Electric current. Output : Moving air.
A function is a mapping or relationship from a set of inputs to a set of outputs such that for each input there is at most one output. The set of inputs is the domain. The set of outputs is the codomain or range. Derivatives are a characteristic of continuous functions. The derivative of a function at any point measures the rate of change in the output for very tiny changes in input, measured at that point.
in math, domain is the set of possible inputs to a function while range is the set of possible outputs.
A function is any relationship between inputs and outputs in which each input leads to exactly one output. It is possible for a function to have more than one input that yields the same output.
Partial measures output/(single input)Multi-factor measures output/(multiple inputs)Total measure output/ (total inputs)Productivity =(Outputs/inputs)
It is a mapping which assigns one or more outputs to each set of one or more inputs. A relationship need not be a function.
There are PLC with fixed inputs and outputs. There are modular ones which can be added on with inputs and outputs. So number of input and output of a PLC is actually based on the type of PLC you choose. Different types are available in the market.
An overall function is a function where each input value is uniquely associated with one output value. This means that each input has one clear, defined output. Overall functions maintain clarity and consistency in their mapping between inputs and outputs.
An input/output table works like this:You input something, and through a function, it outputs something else!Say I Had a function that is: input+2If I were to input 5, It would output 7All an input/output table does is displays a couple examples of multiple inputs with their outputs! Put tables only operate on one function....Example:Function: Input x 5 + 3INPUTS - OUTPUTS----------------------1 - 82 - 133 - 186 - 3310 - 53
the inputs are the sensors that detect intrusion, the outputs are the siren and the lights
When a firm doubles its inputs, outputs also double. The increase in output is exactly proportionate to the increase in inputs
A multiplexer, commonly referred as an input selector, is a circuit with many inputs but only one output: it has some data inputs, control inputs and one output, depending on the control inputs, one input from the data inputs is sent to the output .A demultiplexer is a circuit with one data input, few control inputs and many outputs, it is also known as output selector.