Chapter 3: Problem 73
Translate the given phrase or sentence algebraically. \(x\) is at least 5
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These are the key concepts you need to understand to accurately answer the question.
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Chapter 3: Problem 73
Translate the given phrase or sentence algebraically. \(x\) is at least 5
These are the key concepts you need to understand to accurately answer the question.
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Solve each of the problems algebraically. That is, set up an equation and solve it. Be sure to clearly label what the variable represents. Round your answer to the nearest tenth where necessary. The width of a rectangle is 8 less than three times its length. If the perimeter of the rectangle is 24 in., find the dimensions of the rectangle.
Solve each of the problems algebraically. That is, set up an equation and solve it. Be sure to clearly label what the variable represents. Round your answer to the nearest tenth where necessary. A trucking company determines that the cost \(C\) (in dollars per mile) of operating a truck is given by \(C=0.003 s+0.21,\) where \(s\) is the average speed of the truck. (a) Find the cost per mile if the truck averages 55 miles per hour. (b) Find the average speed that yields a cost per mile of \(\$ 0.35\)
Set up an inequality and solve it. Be sure to clearly label what the variable represents. An organization wants to sell tickets to a concert. It plans on selling 300 reserved-seat tickets and 150 tickets at the door. The price of a reserved- seat ticket is to be \(\$ 2\) more than a ticket at the door. If the organization wants to collect at least \(\$ 3,750\), what is the minimum price it can charge for a reserved-seat ticket?
Perform the indicated operations on the given inequality. Sketch the resulting inequality on a number line. \(-x<3 ;\) divide each side by \(-1\)
Solve each of the problems algebraically. That is, set up an equation and solve it. Be sure to clearly label what the variable represents. Round your answer to the nearest tenth where necessary. The length of a rectangle is 12 more than four times its width. If the perimeter of the rectangle is 134 meters, find the dimensions for the rectangle.
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