f (x): = cos x. Benjamin correctly graphs the fundamental period of the function How can he describe the process? Drag a value or coordinates to each box to correctly complete the statements. The cosine function's fundamental period is The y-intercept of the function is Plot the points Connect the points in a smooth curve. (0,0) (0, 1) (1,0)

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.4: Plane Curves And Parametric Equations
Problem 13E
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(,V3), (-,1),(0,0), (7, –1),
--(,-v3)
(-5,-V3), (-7,-1), (0,0), (등, 1)
(동, V3)
(0, 1), (플,0), (T, 1), (,0),
(2т, 1)
and
|
and
and
(0,0), (플, 1) , (T, 0), (, -1),
(2T,0)
and
Transcribed Image Text:(,V3), (-,1),(0,0), (7, –1), --(,-v3) (-5,-V3), (-7,-1), (0,0), (등, 1) (동, V3) (0, 1), (플,0), (T, 1), (,0), (2т, 1) and | and and (0,0), (플, 1) , (T, 0), (, -1), (2T,0) and
f (x)
Benjamin correctly graphs the fundamental period of the function
= Cos x.
How can he describe the process?
Drag a value or coordinates to each box to correctly complete the statements.
The cosine function's fundamental period is
The y-intercept of the function is
Plot the points
Connect the points in a smooth curve.
27T
(0,0) (0, 1)
(1,0)
T
Transcribed Image Text:f (x) Benjamin correctly graphs the fundamental period of the function = Cos x. How can he describe the process? Drag a value or coordinates to each box to correctly complete the statements. The cosine function's fundamental period is The y-intercept of the function is Plot the points Connect the points in a smooth curve. 27T (0,0) (0, 1) (1,0) T
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