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Graphs of sin , cos , tan
also called trig functions

sin(

)

sin(

)

sin(

)

Note: as we change , different values of sin result
Let

=x

Resulting values are Dependent variable, ie. y
So we get,
f( ) = sin
Let's graph f( ) = sin over [0, 2 ]
Definitions
Periodic Function = function whose graph has a pattern
Period = the length of one full pattern.
ex. in sine graph its 2
Amplitude = vertical deviation of graph from middle
(sinusoidal axis).
Sinusoidial Axis = horizontal axis above and below
which the graph fluctuates. It defines the amplitude.

Characteristics of sine function

Domain: In general
Range: In general
Zeroes: In general

Graph f( ) = cos

over [0, 2 ]

Domain: In general
Range: In general
Zeroes: In general

+

k ,k

I
Graph f( ) = tan

over [-2

,2

]

Locating the zeroes:
f( ) = 0
ie. tan = 0
sin = 0
when sin = 0, occurs when

= 0, , 2 , - , -2

What happens when cos = 0
in tan = sin

= sin

=

- an invisible line where the graph or function is undefined
when cos = 0, occurs when

Domain: In general
Range: In general
Equations for asymptotes: x =

=

, 3 , - , -3

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Day 8 examples u2w14

  • 1. Graphs of sin , cos , tan also called trig functions sin( ) sin( ) sin( ) Note: as we change , different values of sin result Let =x Resulting values are Dependent variable, ie. y So we get, f( ) = sin Let's graph f( ) = sin over [0, 2 ]
  • 2.
  • 3. Definitions Periodic Function = function whose graph has a pattern Period = the length of one full pattern. ex. in sine graph its 2 Amplitude = vertical deviation of graph from middle (sinusoidal axis). Sinusoidial Axis = horizontal axis above and below which the graph fluctuates. It defines the amplitude. Characteristics of sine function Domain: In general Range: In general Zeroes: In general Graph f( ) = cos over [0, 2 ] Domain: In general Range: In general Zeroes: In general + k ,k I
  • 4. Graph f( ) = tan over [-2 ,2 ] Locating the zeroes: f( ) = 0 ie. tan = 0 sin = 0 when sin = 0, occurs when = 0, , 2 , - , -2 What happens when cos = 0 in tan = sin = sin = - an invisible line where the graph or function is undefined when cos = 0, occurs when Domain: In general Range: In general Equations for asymptotes: x = = , 3 , - , -3