Can you help? 出The rate at which a cricket chirps depends on the temperature of the surrounding air. It is possible to estimate the air temperature by counting chirps. Examine the table to Temperature Rate (chirpsthe right. Use the table to answer parts (a) through (d).(°F)per minute)43506070808612917290215a. Let g(F) be the number of chirps per minute a cricket makes when the temperature is F degrees Fahrenheit. Find an equation of g. Verify that the graph of the equation comes close to the pointsin the scattergram of the data.g(F) = (Type your answer in slope-intercept form.)Does the graph of the equation come close to the scattergram of the data?NoYesb. Find g(83), What does it mean in this situation?g(83) =|(Type an integer or a decimal.)Intepret the result.O Time Remaining: 01:48:32Next2:34 PM59°F5/19/2022e Type here to searchPrt ScnPgUpPgDrHomeEndDIIF6F3%232479.3WR T The rate at which a cricket chirps depends on the temperature of the surrounding air. It is possible to estimate the air temperature by counting chirps. Examine the table to Temperaturethe right. Use the table to answer parts (a) through (d).(°F)50607090g(83) = (Type an integer or a decimal.)Intepret the result.According to the model, when the temperature is °F, the crickets will chirp approximatelytimes per minute.c. Find F when g(F) = 90. What does it mean in this situation?F =(Round to two decimal places as needed.)Interpret the result.According to the model, when the temperature is approximately°F. the crickets will chirptimes per minute.d. What are the possible air temperatures at a field where the crickets are not chirping?O Time Remaining: 01:47:5859°FP Type here to searchPrt ScnHomeEndFIORPgDIIF3F4238

For a function: y=f(x), the dependent variable is y and the independent variable is x . The value of…

The rate at which a cricket chirps depends on the temperature of the surrounding air. It is possible to estimate the air temperature by counting chirps. Examine the table to Temperature Rate (chirps the right, Use the table to answer parts (a) through (d). (°F) 50 per minute) 43 86 60 70 80 129 172 90 215 a. Let g(F) be the number of chirps per minute a cricket makes when the temperature is F degrees Fahrenheit. Find an equation of g. Verify that the graph of the equation comes close to the points in the scattergram of the data. g(F) = (Type your answer in slope-intercept form.) Does the graph of the equation come close to the scattergram of the data? O No Yes b. Find g(83). What does it mean in this situation? g(83) = (Type an integer or a decimal.) Intepret the result.

The rate at which a cricket chirps depends on the temperature of the surrounding air. It is possible to estimate the air temperature by counting chirps. Examine the table to Temperature Rate (chirps the right, Use the table to answer parts (a) through (d). (°F) 50 per minute) 43 86 60 70 80 129 172 90 215 a. Let g(F) be the number of chirps per minute a cricket makes when the temperature is F degrees Fahrenheit. Find an equation of g. Verify that the graph of the equation comes close to the points in the scattergram of the data. g(F) = (Type your answer in slope-intercept form.) Does the graph of the equation come close to the scattergram of the data? O No Yes b. Find g(83). What does it mean in this situation? g(83) = (Type an integer or a decimal.) Intepret the result.

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Need (v) and (vi).
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Only Part 3 a and b please.
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#11
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Could you also look at the second page ?