Could you completely solve number 9 and get the answer in the form like the second picture like this { , } 12:07 19UESE X M Google:O Post A x u hborx M tx Now Tab x 0 unit.or xO Kayieweb kamha.com/web/viewer.htmstate7nds'ASfoMHNleuB7SY6135GrXBmAkinjO OSDAGaction 4 dA maon com & RS Belco FedralC> Sprint login W WageWorks O Mntana MembesP O Csms lank Online Coast to Coast idert Edu O p A Kam Schoolo Kaylee Miler - Unit.Circle,Quiza petSelve each equation for 0se<360.8)-2+ tan --9) -20os -2tionving10)4+cos 0-5I) -V5- 2aiserdMedia9 O K ODELL 12:07 1u Coge x rotAx he MtxNow Tab x O xO x Whiex x+d schoology .com/course/2734423446material/g48462011• O . OGon.com RS ofederal C > Sprint iogin W Waporks Mentana mbesO Cs Oine Cote CotSolve each equation for Os0<360.7) -1+ tan e--S) S tan 6o, 18045, 225A l9) 4cos -210) -1+ tun e--2t grde e 62 Ypa oINTL O 99 OK ODELL

Answered: Image /qna-images/answer/2fb9f896-0676-4f68-aa76-f5bc1b560f90.jpg

Answered: 9)-2oos

Math

Trigonometry

9)-2oos

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter5: Inverse, Exponential, And Logarithmic Functions

Section5.6: Exponential And Logarithmic Equations

Problem 69E

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A researcher designs an experiment using two drugs, she prepares 15 independent flasks of yeast growth medium and yeast cells. She adds tunicamycin (T) or caffeine (C) to 5 flasks each. Remaining 5 flasks get no drugs (ND). Doubling time of the yeast cells are measured in each flask, data is provided below: Flask T Flask C Flask ND 1 8.2 6 5.2 11 6 2 6.8 7 6.1 12 5.1 3 8 8 6.2 13 5.6 4 7.6 9 5.7 14 5.2 5 7.9 10 6.3 15 6.1 a. Test if mean doubling time is different in Caffeine (C ) when compared to no drug (ND) using an ANOVA method, report an approximate p-value for the level of significance. b. If a drug decreases the doubling time of yeast cells, what could be the purpose of using this drug?
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