(a) Estimate the values of f(-15, 30) and f(-15, 30). (Round your answers to two decimal place f-15, 30)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter9: Systems Of Equations And Inequalities
Section9.9: Properties Of Determinants
Problem 15E
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The wind-chill index W is the perceived temperature when the actual temperature is T and the wind speed is v, so we can write W=F(T, V).
Wind speed (km/h)
40
50
20
-18 <-20 -21 <-22
-23 -23
-15
-24
-26
-27
-29 -30 -30
-20 -30 -33 -34 <-35 -36 -37
<-37 -39 <-41 <-42
D
T
-10
-25
Need Help?
30
(a) Estimate the values of f(-15, 30) and (-15, 30). (Round your answers to two decimal places.)
f(-15, 30)
f-15, 30)
60
What are the practical interpretations of these values?
When the actual temperature is -15°C and the wind speed is 30 km/h, the apparent temperature -Select- by about
70
(c) What appears to be the value of the following limit?
limaw =
v→∞ dv
-43 -44
When the actual temperature is -15°C and the wind speed is 30 km/h, the apparent temperature -Select-- by about
(b) In general, what can you say about the signs of W/3T and JW/av?
For a fixed wind speed v, the values of the wind-chill index W-Select-as temperature T increases, so
aw
JT
Read It
For a fixed temperature 7, the values of W decrease (or remain constant) as v-Select-- , so
aw
av
Talk to a Tutor
is-Select---
is-Select-
°C for every degree that the actual temperature rises.
°C for every km/h that the wind speed increases.
Transcribed Image Text:The wind-chill index W is the perceived temperature when the actual temperature is T and the wind speed is v, so we can write W=F(T, V). Wind speed (km/h) 40 50 20 -18 <-20 -21 <-22 -23 -23 -15 -24 -26 -27 -29 -30 -30 -20 -30 -33 -34 <-35 -36 -37 <-37 -39 <-41 <-42 D T -10 -25 Need Help? 30 (a) Estimate the values of f(-15, 30) and (-15, 30). (Round your answers to two decimal places.) f(-15, 30) f-15, 30) 60 What are the practical interpretations of these values? When the actual temperature is -15°C and the wind speed is 30 km/h, the apparent temperature -Select- by about 70 (c) What appears to be the value of the following limit? limaw = v→∞ dv -43 -44 When the actual temperature is -15°C and the wind speed is 30 km/h, the apparent temperature -Select-- by about (b) In general, what can you say about the signs of W/3T and JW/av? For a fixed wind speed v, the values of the wind-chill index W-Select-as temperature T increases, so aw JT Read It For a fixed temperature 7, the values of W decrease (or remain constant) as v-Select-- , so aw av Talk to a Tutor is-Select--- is-Select- °C for every degree that the actual temperature rises. °C for every km/h that the wind speed increases.
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