elexusyoung elexusyoung
  • 03-03-2018
  • Mathematics
contestada

Using the definitions of odd and even functions , explain why y=sin x+1 is neither odd or even

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TheAakash
TheAakash TheAakash
  • 03-03-2018
This is neither because none of these:
[tex]f(-x) = f(x)[/tex]
[tex]f(-x) = -f(x)[/tex]

I'm going to plug in π/2 to check if the odd and even function definition work for this problem or not. Let's do that:
[tex]f(-x) = f(x)[/tex]
[tex]f(- \frac{ \pi }{2} ) = 1 + sin(- \frac{ \pi }{2} ) = 1-1 = 0[/tex]
[tex]f(-x) = -f(x)[/tex]
[tex]f( \frac{ \pi }{2}) = 1+sin( \frac{ \pi }{2}) = 1+1 = 2 [/tex]

As we can see, 0 ≠ 2. Hence, the function is neither odd nor even.

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