The temperature inside a room housing computer servers is important to proper function. A Google search...

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The temperature inside a room housing computer servers is important to proper function. A Google search for "server room temperature" yields the following: According to OpenXtra, server room temperatures should not dip below 50 degrees Fahrenheit, and should not exceed 82 degrees Fahrenheit. The optimal temperature range is between 68 and 72 degrees. 11. Write an inequality to express the statement "server room temperatures should not dip below 50 degrees Fahrenheit" mathematically, using the letter F for the temperature. 12. In Lesson 2-4, we learned that Fahrenheit and Celsius temperatures are related by the equation F=-C+32. Use this to turn your inequality from Question 11 into an inequality with variable C. -c 13. Solve this inequality, and describe what the solution tells us. 14. Write an inequality to express the statement "and should not exceed 82 degrees Fahrenheit" mathematically using F. 15. Use the Celsius conversion formula to turn your inequality into one involving the variable C. 16. Solve this inequality, then describe what the solution tells us. 17. Putting your answers to Question 13 and 16 together, write a single compound inequality to describe the allowable server room temperatures. 18. Write a single compound inequality to describe the optimal server room temperatures in degrees Fahrenheit. 19. Use the conversion formula to rewrite your compound inequality from Question 18 with variable C. Then solve this inequality to determine the optimal sever room temperatures in degrees Celsius. Does the match your answer to Question 17? (Hint: To solve a compound inequality, use the same steps you have been using. Just do the same thing to all three sides.) The temperature inside a room housing computer servers is important to proper function. A Google search for "server room temperature" yields the following: According to OpenXtra, server room temperatures should not dip below 50 degrees Fahrenheit, and should not exceed 82 degrees Fahrenheit. The optimal temperature range is between 68 and 72 degrees. 11. Write an inequality to express the statement "server room temperatures should not dip below 50 degrees Fahrenheit" mathematically, using the letter F for the temperature. 12. In Lesson 2-4, we learned that Fahrenheit and Celsius temperatures are related by the equation F=-C+32. Use this to turn your inequality from Question 11 into an inequality with variable C. -c 13. Solve this inequality, and describe what the solution tells us. 14. Write an inequality to express the statement "and should not exceed 82 degrees Fahrenheit" mathematically using F. 15. Use the Celsius conversion formula to turn your inequality into one involving the variable C. 16. Solve this inequality, then describe what the solution tells us. 17. Putting your answers to Question 13 and 16 together, write a single compound inequality to describe the allowable server room temperatures. 18. Write a single compound inequality to describe the optimal server room temperatures in degrees Fahrenheit. 19. Use the conversion formula to rewrite your compound inequality from Question 18 with variable C. Then solve this inequality to determine the optimal sever room temperatures in degrees Celsius. Does the match your answer to Question 17? (Hint: To solve a compound inequality, use the same steps you have been using. Just do the same thing to all three sides.)