Chapter 4: Problem 106
Write an equivalent inequality using absolute value. $$ -5 \leq y \leq 5 $$
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Chapter 4: Problem 106
Write an equivalent inequality using absolute value. $$ -5 \leq y \leq 5 $$
These are the key concepts you need to understand to accurately answer the question.
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Write an equivalent inequality using absolute value.
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x<-4 \text { or } 4
Beverages. As sales of soft drinks decrease in the United States, sales of coffee are increasing. The revenue from sales of soft drinks, in billions of dollars, is approximated by $$ s(t)=0.33 t+17.1 $$ and the revenue from the sales of coffee, in billions of dollars, is approximated by $$ c(t)=0.6 t+9.3 $$ For both functions, \(t\) represents the number of years after \(2010 .\) Using an inequality, determine those years for which there will be more revenue from the sale of coffee than from soft drinks.
Write an equivalent inequality using absolute value. \(x\) is less than 2 units from 7 .
Graduate-School Admissions. Students entering a master's degree program at the University of Louisiana at Lafayette must meet minimum score requirements on the Graduate Records Examination (GRE). The GRE Verbal score must be at least 145 and the sum of the GRE Quantitative and Verbal scores must be at least \(287 .\) Each score has a maximum of \(170 .\) Using \(q\) for the quantitative score and \(v\) for the verbal score, write and graph a system of inequalities that represents all combinations that meet the requirements for entrance into the program.
The formula $$ C=\frac{5}{9}(F-32) $$ is used to convert Fahrenheit temperatures \(F\) to Celsius temperatures \(C\). a) Gold is liquid for Celsius temperatures \(C\) such that \(1063^{\circ} \leq C<2660^{\circ} .\) Find a comparable inequality for Fahrenheit temperatures. b) Silver is liquid for Celsius temperatures \(C\) such that \(960.8^{\circ} \leq C<2180^{\circ} .\) Find a comparable inequality for Fahrenheit temperatures.
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