A large puddle in a field has waves in it on a windy day. The data below gives the depth d of the water (in cm), at time t (in seconds). The data has been presented as a series of ordered pairs so that you can cut and paste them directly into Desmos. (0,11.6),(0.2,14.0),(0.4,16.2),(0.7,17.7),(1.0,16.2),(1.2,14.0),(1.4,11.6),(1.6,9.5),(1.85,8.5),(2.1,9.5),(2.3,11.6),(2.5,14 .0),(2.8,17.0),(3.0,17.7),(3.2,17.0),(3.5,14.0),(3.7,11.6),(3.9,9.5).(4.15,8.5),(4.3,8.8),(4.5,10.4),(4.8,14.0),(5.0,16.2) a) Use this to determine a function for d(t). Include a screenshot clearly showing your model and the data points. Make sure to modify your scales appropriately to show the data. b)
A large puddle in a field has waves in it on a windy day. The data below gives the depth d of the water (in cm), at time t (in seconds). The data has been presented as a series of ordered pairs so that you can cut and paste them directly into Desmos. (0,11.6),(0.2,14.0),(0.4,16.2),(0.7,17.7),(1.0,16.2),(1.2,14.0),(1.4,11.6),(1.6,9.5),(1.85,8.5),(2.1,9.5),(2.3,11.6),(2.5,14 .0),(2.8,17.0),(3.0,17.7),(3.2,17.0),(3.5,14.0),(3.7,11.6),(3.9,9.5).(4.15,8.5),(4.3,8.8),(4.5,10.4),(4.8,14.0),(5.0,16.2) a) Use this to determine a function for d(t). Include a screenshot clearly showing your model and the data points. Make sure to modify your scales appropriately to show the data. b)
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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Please full steps clearly indicate which SUBPARTS when anwsering??
![A large puddle in a field has waves in it on a windy day. The data below gives the depth d of the water
(in cm), at time t (in seconds). The data has been presented as a series of ordered pairs so that you can cut
and paste them directly into Desmos.
(0,11.6),(0.2,14.0).(0.4,16.2),(0.7,17.7),(1.0,16.2),(1.2,14.0),(1.4,11.6),(1.6,9.5),(1.85,8.5),(2.1,9.5),(2.3,11.6),(2.5,14
0),(2.8,17.0),(3.0,17.7),(3.2,17.0),(3.5,14.0),(3.7,11.6),(3.9,9.5).(4.15,8.5).(4.3,8.8),(4.5,10.4),(4.8,14.0),(5.0,16.2)
Use this to determine a function for d(t).
Include a screenshot clearly showing your model and the data points. Make sure to modify your
scales appropriately to show the data.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F11c08268-409d-4492-b844-51aebb83c26d%2Fd68fed7b-d5bd-4021-99cd-1749c6ff1a3b%2F230lqa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A large puddle in a field has waves in it on a windy day. The data below gives the depth d of the water
(in cm), at time t (in seconds). The data has been presented as a series of ordered pairs so that you can cut
and paste them directly into Desmos.
(0,11.6),(0.2,14.0).(0.4,16.2),(0.7,17.7),(1.0,16.2),(1.2,14.0),(1.4,11.6),(1.6,9.5),(1.85,8.5),(2.1,9.5),(2.3,11.6),(2.5,14
0),(2.8,17.0),(3.0,17.7),(3.2,17.0),(3.5,14.0),(3.7,11.6),(3.9,9.5).(4.15,8.5).(4.3,8.8),(4.5,10.4),(4.8,14.0),(5.0,16.2)
Use this to determine a function for d(t).
Include a screenshot clearly showing your model and the data points. Make sure to modify your
scales appropriately to show the data.
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