Write the domain and the range of the function as an inequality, using set notation, and using interval notation. also describe the end behavior of the function the graph of the quadratic function f(x) = -x^2 is shown

When the domain of the function is continuous, a different approach may well be required, although even here we note that in practice, optimization problems are usually solved using a computer, so that in the final analysis the solutions are represented by strings of binary digits (bits).

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