The data in the table shows a sinusoidal relationship between the number of seconds an object has been moving and its velocity v (x), measured in centimeters per second. X v (x) 10 65.9 20 49.9 30 30.1 of the cosine function is 40 The period of the cosine function is 14.1 50 8 60 What is true of the cosine function that models the data in the table? 14.1 Drag a value into each box to correctly complete the statements. 70 30.1 80 49.9 90 65.9 The equation of the midline of the cosine function is y = 100 72 110 65.9 120 49.9 The amplitude
The data in the table shows a sinusoidal relationship between the number of seconds an object has been moving and its velocity v (x), measured in centimeters per second. X v (x) 10 65.9 20 49.9 30 30.1 of the cosine function is 40 The period of the cosine function is 14.1 50 8 60 What is true of the cosine function that models the data in the table? 14.1 Drag a value into each box to correctly complete the statements. 70 30.1 80 49.9 90 65.9 The equation of the midline of the cosine function is y = 100 72 110 65.9 120 49.9 The amplitude
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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The data in the table shows a sinusoidal relationship between the number of seconds an object has been moving and its velocity v(x), measured in centimeters per second.
Transcribed Image Text:The data in the table shows a sinusoidal relationship between the number of seconds an object has been moving and its velocity v (x),
measured in centimeters per second.
X
v (x)
10
65.9
20
49.9
30
30.1
of the cosine function is
40
The period of the cosine function is
14.1
50
8
60
What is true of the cosine function that models the data in the table?
14.1
Drag a value into each box to correctly complete the statements.
70
32 40 50
30.1
80
100
49.9
The equation of the midline of the cosine function is y =
90
120
65.9
100
72
110
65.9
120
49.9
The amplitude
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