Chapter 6: Problem 37
Simplify each rational expression. $$ \frac{24 n^{4}}{16 n^{4}+24 n^{3}} $$
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Chapter 6: Problem 37
Simplify each rational expression. $$ \frac{24 n^{4}}{16 n^{4}+24 n^{3}} $$
These are the key concepts you need to understand to accurately answer the question.
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Solve equation. If a solution is extraneous, so indicate. \(\frac{-10}{t+3}=1-\frac{11}{t-3}\)
Let \(Q(x)=x^{4}-3 x^{3}+2 x^{2}+x-3 .\) Evaluate \(Q(x)\) by substituting the given value of \(x\) into the polynomial and simplifying. Then evaluate the polynomial by using the remainder theorem and synthetic division. See Example 4. $$ Q(1) $$
Simplify each expression. $$ b+\frac{b}{1-\frac{b+1}{b}} $$
Accounting. As a piece of equipment gets older, its value usually lessens. One way to calculate depreciation is to use the formula $$V=C-\left(\frac{C-S}{L}\right) N$$ where \(V\) denotes the value of the equipment at the end of year \(N, L\) is its useful lifetime (in years), \(C\) is its cost new, and \(S\) is its salvage value at the end of its useful life. a. Solve the formula for \(L\) b. Determine what an accountant considered the useful lifetime of a forklift that cost \(\$ 25,000\) new, was worth \(\$ 13,000\) after 4 years, and has a salvage value of \(\$ 1,000\).
For each expression in part (a), perform the indicated operations and then simplify, if possible. Solve equation in part (b) and check the result. a. \(\frac{m}{m-2}-\frac{1}{m-3}\) b. \(\frac{m}{m-2}-\frac{1}{m-3}=1\)
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