E) What does the graph predict about the concentration after 1 week? After 1 month? MATH 1314 GENERAL EDUCATION ASSESSMENTSubmission Instructions:1. All explanations must be typed. Supporting math work must be neat, written by hand,and suitable for copying or scanning.2. The final document should be submitted as a single .pdf file or a single MS worddocument.3. Use the heading "GEN ED ASSESSMENT: MATH 1314" on the assignment.4. Do not include your name on the assignment or the file name. Be sure to write your CRNand G number of every page.5. Submit your assignment to your instructor via Blackboard by the deadline.Instructions: Read each question carefully. Answer in complete sentences.1. The graph below shows the concentration of a drug (in mg/L) in the bloodstream, t hours after it is taken orally. Usethe graph to answer a-f.80a. What is the concentration after 8 hours?76b. Over what interval(s) does the concentrationincrease? Over what interval(s) does theconcentration decrease?72686460tc. When is the drug at its maximum concentration?What is the maximum concentration of the drug?56+-524844d. After the drug reaches its maximum concentration,how many hours are required for the concentration todecrease to 16 mg/L?40363228e. What does the graph predict about theconcentration after 1 week? After 1 month?2420-16f. Summarize the concentration of the drug in thebloodstream for the first 20 hours after it is taken. Usefindings from a-e to validate your statements.128-4-18 9 10 11 12 13 14 15 16 17 18 19 202. Suppose another drug is administered intravenously. The concentration c of the drug (in mg/L) in the2+420tbloodstream, t hours after it is administered, is modeled by the function c(t) =a. Determine when the concentration will be 0.5 mg/L.b. Complete the table representing the concentration of the drug in the bloodstream, t hours afteradministration. Round to two decimal places as needed.810121416182046.tc(t)Page 2 of 5

E) The given graph is concentration versus time graph. This shows concentration of drug in the blood…

the graph to answer a-f. 80 a. What is the concentration after 8 hours? 76 72 b. Over what interval(s) does the concentration increase? Over what interval(s) does the concentration decrease? 68 64 60 c. When is the drug at its maximum concentration? What is the maximum concentration of the drug? 56 48 d. After the drug reaches its maximum concentration, how many hours are required for the concentration to decrease to 16 mg/L? 44 40 36 32 29 e. What does the graph predict about the concentration after 1 week? After 1 month? 24 20 16 f. Summarize the concentration of the drug in the bloodstream for the first 20 hours after it is taken. Use findings from a-e to validate your statements. 12 8- 6. 8 9 10 11 12 13 14 15 16 17 18 19 20 4. 7. 2. Suppose another drug is administered intravenously. The concentration c of the drug (in mg/L) in the t2+4 20t %3! bloodstream, t hours after it is administered, is modeled by the function c(t)

the graph to answer a-f. 80 a. What is the concentration after 8 hours? 76 72 b. Over what interval(s) does the concentration increase? Over what interval(s) does the concentration decrease? 68 64 60 c. When is the drug at its maximum concentration? What is the maximum concentration of the drug? 56 48 d. After the drug reaches its maximum concentration, how many hours are required for the concentration to decrease to 16 mg/L? 44 40 36 32 29 e. What does the graph predict about the concentration after 1 week? After 1 month? 24 20 16 f. Summarize the concentration of the drug in the bloodstream for the first 20 hours after it is taken. Use findings from a-e to validate your statements. 12 8- 6. 8 9 10 11 12 13 14 15 16 17 18 19 20 4. 7. 2. Suppose another drug is administered intravenously. The concentration c of the drug (in mg/L) in the t2+4 20t %3! bloodstream, t hours after it is administered, is modeled by the function c(t)

World of Chemistry, 3rd edition

3rd Edition

ISBN:9781133109655

Author:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan L. Zumdahl, Donald J. DeCoste

Chapter1: Chemistry: An Introduction

Section1.1: The Science Of Chemistry

Problem 3RQ

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For each of the following equilibria, write the equilibrium constant expression for Ke Y Part A 2N₂Os (9) 4NO₂(g) + O₂(g) O Ke = O K₂= O K. OK- Submit Part B [NO₂[0₂] N₂O₁ Ke = [NO₂¹0₂] N₂0₂ N₂O₁] NO₂0₁ N₂O, NO₂] O₂ Request Answer 3F2(g) + Cl₂ (9) 2CIFs (9) (CIF₂ CI, P ICE, P Pearson
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