1. use the graph of y = sin θ to find the value of sin θ for each value of θ. 270°
[tex]1. use the graph of y = sin θ to find the value of sin θ for each value of θ. 270°[/tex]
1. use the graph of y = sin θ to find the value of sin θ for each value of θ. 270°
[tex]1. use the graph of y = sin θ to find the value of sin θ for each value of θ. 270°[/tex]
(6,0) i hope it makes enough sense
You can determine sinθ by looking at the y-axis and θ by looking at the x-axis.
θ = 90°, sinθ = 1
θ = 180°, sinθ = 0
θ = 270°, sinθ = -1
θ = 360°, sinθ = 0
Step-by-step explanation:
We can clearly see the values of sin x at the vertical axis that is y-axis because the function is
y= sin x
[tex]\theta[/tex] will be at x place and the entire will be y
Hence, look at y-axis to get the value of sin x
[tex]sin0^{\circ}=0[/tex]
[tex]sin90^{\circ}=1[/tex]
[tex]sin180^{\circ}=0[/tex]
[tex]sin270^{\circ}=-1[/tex]
[tex]sin360^{\circ}=0[/tex]
Since, The range of sinx is [-1,1] value will fluctuate between this interval only.
30005
yes ok