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An algebraic function is an equation that allows one to input a domain, or x-value and perform mathematical calculations to get an output, which is the range, or y-value, that is specific for that particular x-value. There is a one in/one out relationship between the domain and range.
A function is a rule which maps a number to another unique number. In other words, if we start off with an input, and we apply the function, we get an output. For example, we might have a function that added 3 to any number.
Engineers use algebra to calculate trajectories and velocities of moving objects. Carpenters use algebra to determine quantities of materials needed, such as the number of floorboards needed to cover a room with given square footage.
In 8th grade, students will begin to identify functions in ordered pairs and with graphs; it is a readiness standard, so it is tested more heavily in 8th grade than in Algebra 1.
A function has three parts, a set of inputs, a set of outputs, and a rule that relates the elements of the set of inputs to the elements of the set of outputs in such a way that each input is assigned exactly one output.

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A function in algebra is a relation between two sets in which one element is taken from each set and each input element has exactly one output element. That is, a function is a relation in which each input value has exactly one output value.
The composition of two functions g and f is the new function we get by performing f first, and then performing g. For example, if we let f be the function given by f(x) = x2 and let g be the function given by g(x) = x + 3, then the composition of g with f is called gf and is worked out as gf(x) = g(f(x)) .
The composition of two functions f and g is the new function h, where h(x) = f(g(x)), for all x in the domain of g such that g(x) is in the domain of f. The notation for function composition is h = f g or h(x) = (f g)(x) and is read as f of g of x.