Chapter 2: Problem 75
Evaluate the following. See Sections 1.2 and \(1.3 .\) $$ -(-6)-|-10| $$
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Chapter 2: Problem 75
Evaluate the following. See Sections 1.2 and \(1.3 .\) $$ -(-6)-|-10| $$
These are the key concepts you need to understand to accurately answer the question.
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The calorie count of a serving of food can be computed based on its composition of carbohydrate, fat, and protein. The calorie count \(C\) for a serving of food can be computed using the formula \(C=4 h+9 f+4 p,\) where \(h\) is the number of grams of carbohydrate contained in the serving, \(f\) is the number of grams of fat contained in the serving, and p is the number of grams of protein contained in the serving. A serving of raisins contains 130 calories and 31 grams of carbohydrate. If raisins are a fat-free food, how much protein is provided by this serving of raisins?
Consider the equation \(3 x-4 y=12 .\) For each value of \(x\) or \(y\) given, find the corresponding value of the other variable that makes the statement true. If \(x=4,\) find \(y\)
Solar system distances are so great that units other than miles or kilometers are often used. For example, the astronomical unit \((A U)\) is the average distance between Earth and the sun, or \(92,900,000\) miles. Use this information to convert each planet's distance in miles from the sun to astronomical units. Round to three decimal places. The planet Mercury's AU from the sun has been completed for you. (Source: National Space Science Data Center). $$ \begin{array}{|l|c|c|} \hline \text { Planet } & {\text { Miles from the Sun }} & {\text { AU from the Sun }} \\ \hline \text { Mercury } & {36 \text { million }} & {0.388} \\ \hline \end{array} $$ Venus \(\quad 67.2\) million
Solve each inequality. Graph the solution set and write it in interval notation. $$ |0.6 x-3|>0.6 $$
Solve: \(2 x-3>5\)
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