1. Using the function shown in the table to the right, k(r) 4. a. Solve k(r) = 2. r -3 -1 0. 3 b. Evaluate k(3). 4 3 -1 Use the following information for questions 2 and 3. Suppose the following graph of the function f represents the temperature in Denver o December 7th in °F as a function of the time n, the number of hours since midnight (12:00 am). 24 22 20 18 16 14 12 10 6 7 9 10 11 12 13 14 15 ও 18 19 20 21 22 23 24 Hours since 12:00 am 2. Evaluate f(20) and explain its meaning. Circle the correct choice. a. f(20) = 13.8; approximately 13.8 hours after 12:00 am, the temperature was 20°F. b. f(20) = 13.8; 20 hours after 12:00 am, the temperature was approximately 13.8°F. c. f(20) = 17.4; approximately 17.4 hours after 12:00 am, the temperature was 20°F. d. f(20) = 12.9; approximately 12.9 hours after 12:00 am, the temperature was 20°F. e. f(20) = 12.9; 20 hours after 12:00 am, the temperature was approximately 12.9°F. %3D 3. Will the inverse be a function? Explain your reasoning. Temperature in Denver on Dec 7th in degrees F

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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See image. Can you please keep the steps labeled? (a., b., 1., 2., etc.) Thank you so much!

1. Using the function shown in the table to the right,
a. Solve k(r) = 2.
k(r)
%3D
r
-3
-1
0.
b. Evaluate k(3).
3
-1
Use the following information for questions 2 and 3.
Suppose the following graph of the function f represents the temperature in Denver o December 7th in °F
as a function of the time n, the number of hours since midnight (12:00 am).
20
20
16
S14
12
10
10 11 12 13 14 15
16 7 18 1e 20 21 22 23 24
Hours since 12:00 am
2. Evaluate f (20) and explain its meaning. Circle the correct choice.
a. f(20) = 13.8; approximately 13.8 hours after 12:00 am, the temperature was 20°F.
b. f(20) = 13.8; 20 hours after 12:00 am, the temperature was approximately 13.8°F.
c. f(20) = 17.4; approximately 17.4 hours after 12:00 am, the temperature was 20°F.
d. f(20) = 12.9; approximately 12.9 hours after 12:00 am, the temperature was 20°F.
e. f(20) = 12.9; 20 hours after 12:00 am, the temperature was approximately 12.9°F.
%3D
%3D
%3D
%3D
3. Will the inverse be a function? Explain your reasoning.
Poga 1
Temperature in Denver on Dec 7th in degrees F
4234
Transcribed Image Text:1. Using the function shown in the table to the right, a. Solve k(r) = 2. k(r) %3D r -3 -1 0. b. Evaluate k(3). 3 -1 Use the following information for questions 2 and 3. Suppose the following graph of the function f represents the temperature in Denver o December 7th in °F as a function of the time n, the number of hours since midnight (12:00 am). 20 20 16 S14 12 10 10 11 12 13 14 15 16 7 18 1e 20 21 22 23 24 Hours since 12:00 am 2. Evaluate f (20) and explain its meaning. Circle the correct choice. a. f(20) = 13.8; approximately 13.8 hours after 12:00 am, the temperature was 20°F. b. f(20) = 13.8; 20 hours after 12:00 am, the temperature was approximately 13.8°F. c. f(20) = 17.4; approximately 17.4 hours after 12:00 am, the temperature was 20°F. d. f(20) = 12.9; approximately 12.9 hours after 12:00 am, the temperature was 20°F. e. f(20) = 12.9; 20 hours after 12:00 am, the temperature was approximately 12.9°F. %3D %3D %3D %3D 3. Will the inverse be a function? Explain your reasoning. Poga 1 Temperature in Denver on Dec 7th in degrees F 4234
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