Enter the appropriate value to answer the question or solve…
Enter the appropriate value to answer the question or solve the problem. Write an inequality to describe the region consisting of all points between (but not on) the spheres of radius 5 and 9 centered at the origin. Input your answer here use the to state your answer. All work will be shown on a paper and uploaded at the end.
Read DetailsAccessible description: The figure indicates on the y-axis a…
Accessible description: The figure indicates on the y-axis average costs in dollars per pound of coffee and on the x-axis the output in thousands of pounds of coffee per month. Depicted are four average total cost curves, which are u-shaped. ATC1 decreases through points (5, 2) and then increases. ATC2 decreases through points (10,1) and then increases through point (13, 1.5). ATC3 decreases through points (13, 1.5) and then increases through point (19, 1.8). ATC4 decreases through points (19,1.8) and then increases. f1q14g1.jpg In the above figure, the minimum efficient scale of output is
Read DetailsA group of people visited the reading room in the community…
A group of people visited the reading room in the community library and spent time sitting and reading. There was an accidental spill of a toxicant called Omega, which is highly volatile and absolutely odorless, in the ventilation system for that library room. Once the staff realized what had happened, the air concentration of Omega was determined to be 0.648 ug/L. But they need to know what dose these individuals received to determine the risk of health issues arising in the library’s cliental, and they hire you as the imminent Toxicologist to answer this question.You are told that there were 12 visitors, each visitor weighed about 70 Kg on average and stayed about 90 minutes in the reading room. You also know that people breath approximately 6 liters of air per minute. Calculate the Dose each library visitor received. You must show your work to receive full credit.(Note: Assume: 1) total absorption of agent Omega from each breath; and 2) agent Omega reached an equilibrium within the room’s air volume within a few seconds of release.)
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