For each of the remaining four questions, you must show ALL…
For each of the remaining four questions, you must show ALL of your work to get full credit. Clearly organize your written work on these! Also, draw a box around your final answer. #27 (Workout – 6 points) Solve the following system of linear equations using the Gauss-Jordan elimination method from class, either with or without calculator aid. If your solution turns out to be parametric, use \(t\) as the parameter. If no solution exists, explain why not. #28 (Workout – 7 points) Solve the following system of equations algebraically (meaning, by hand). If your solution turns out to be parametric, use \(t\) as the parameter. If no solution exists, explain why.
Read DetailsPrinters have a demand function of \(p(x) = \frac{-1}{20}x+…
Printers have a demand function of \(p(x) = \frac{-1}{20}x+ 400\), where \(x\) is the number of printers demanded, and \(p(x)\) is in dollars. On the other hand, when the printers were being sold for $300, they supplied 1000 printers. Suppose that if the price were set to $100 or lower, they would not supply any printers at all. What is the equilibrium point for the printers? Round your answers to the nearest whole number.
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