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Math 215 Worksheet 13 2. In a certain city the temperature (in °F) t hours after 9am was modeled by the function (2) Find the average temperature during the period from 9am to 9pm. T(t) = 50+ 14 sin Math 215 3. Sketch the region enclosed by the given curves and find the area of the region. ² gu (a) f(x) = 1², g(x) = √√√T S Worksheet 12 (b) f(x) = cos(2), g(x)=2-cos(z), 0≤ I≤ 2π 211 Sen V 2-cos (x) dx cos (x) dx f(x)=x² gix)

Math 215 Worksheet 13 2. In a certain city the temperature (in °F) t hours after 9am was modeled by the function (2) Find the average temperature during the period from 9am to 9pm. T(t) = 50+ 14 sin Math 215 3. Sketch the region enclosed by the given curves and find the area of the region. ² gu (a) f(x) = 1², g(x) = √√√T S Worksheet 12 (b) f(x) = cos(2), g(x)=2-cos(z), 0≤ I≤ 2π 211 Sen V 2-cos (x) dx cos (x) dx f(x)=x² gix)

Advanced Engineering Mathematics
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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Math 215 Worksheet 13 2. In a certain city the temperature (in °F) t hours after 9am was modeled by the function (2) Find the average temperature during the period from 9am to 9pm. T(t) = 50+ 14 sin
Transcribed Image Text:Math 215 Worksheet 13 2. In a certain city the temperature (in °F) t hours after 9am was modeled by the function (2) Find the average temperature during the period from 9am to 9pm. T(t) = 50+ 14 sin
Math 215 3. Sketch the region enclosed by the given curves and find the area of the region. ² gu (a) f(x) = 1², g(x) = √√√T S Worksheet 12 (b) f(x) = cos(2), g(x)=2-cos(z), 0≤ I≤ 2π 211 Sen V 2-cos (x) dx cos (x) dx f(x)=x² gix)
Transcribed Image Text:Math 215 3. Sketch the region enclosed by the given curves and find the area of the region. ² gu (a) f(x) = 1², g(x) = √√√T S Worksheet 12 (b) f(x) = cos(2), g(x)=2-cos(z), 0≤ I≤ 2π 211 Sen V 2-cos (x) dx cos (x) dx f(x)=x² gix)
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