Consider the graph below. Suppose it can be modeled by f(t) = A cos(B (t - C)) + D where A > 0. 350 200 210 140 70 12 16 20 (a) Find the value of B. OB = R 16 OB 8 OB = 16 %3D OB = 8 OB - 2x OB- 16x (b) Find the value of C. Oc-0 Oc-8 OC- 12 OC= 4 OC= 16

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.3: Lines
Problem 14E
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Consider the graph below. Suppose it can be modeled by f(t) = A cos(B (t - C)) + D where A > 0.
%3D
350
200
210
140
70
12
16
20
(a) Find the value of B.
OB =
16
OB =
OB = 16
OB =
8
OB = 2R
OB = 16x
(b) Find the value of C.
OC-0
OC= 8
OC= 12
OC= 4
OC= 16
1/9
Transcribed Image Text:Consider the graph below. Suppose it can be modeled by f(t) = A cos(B (t - C)) + D where A > 0. %3D 350 200 210 140 70 12 16 20 (a) Find the value of B. OB = 16 OB = OB = 16 OB = 8 OB = 2R OB = 16x (b) Find the value of C. OC-0 OC= 8 OC= 12 OC= 4 OC= 16 1/9
(b) Find the value of C.
Oc = 0
%3D
O c = 8
O C = 12
O C = 4
O c = 16
(c) Find the average value of f(t).
O 280
O 140
O 70
O 210
O 350
Transcribed Image Text:(b) Find the value of C. Oc = 0 %3D O c = 8 O C = 12 O C = 4 O c = 16 (c) Find the average value of f(t). O 280 O 140 O 70 O 210 O 350
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