Periodic wave that oscillates between two discrete values












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I feel like I have seen one before, maybe in a simulation in Desmos, but is there a wave that looks like the following picture that changes between two values. And if so, what is it called?



Picutre of graph










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    0












    $begingroup$


    I feel like I have seen one before, maybe in a simulation in Desmos, but is there a wave that looks like the following picture that changes between two values. And if so, what is it called?



    Picutre of graph










    share|cite|improve this question









    $endgroup$















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      0





      $begingroup$


      I feel like I have seen one before, maybe in a simulation in Desmos, but is there a wave that looks like the following picture that changes between two values. And if so, what is it called?



      Picutre of graph










      share|cite|improve this question









      $endgroup$




      I feel like I have seen one before, maybe in a simulation in Desmos, but is there a wave that looks like the following picture that changes between two values. And if so, what is it called?



      Picutre of graph







      graphing-functions






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      asked Dec 3 '18 at 17:21









      Kidus AmareKidus Amare

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          It is called square wave.
          If $w(t)$ is the square wave
          $$
          w(t) = mathrm{sign}left(sinleft(frac tTright)right)
          $$

          and you want a wave that oscillates between values $a$ and $b$, then you can consider
          $$
          frac{a+b}2 + frac{b-a}2 w(t) .
          $$



          Of course to change the period you change $T$ and to shift in time you use $w(t-t_0)$.






          share|cite|improve this answer











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            $begingroup$

            It is called square wave.
            If $w(t)$ is the square wave
            $$
            w(t) = mathrm{sign}left(sinleft(frac tTright)right)
            $$

            and you want a wave that oscillates between values $a$ and $b$, then you can consider
            $$
            frac{a+b}2 + frac{b-a}2 w(t) .
            $$



            Of course to change the period you change $T$ and to shift in time you use $w(t-t_0)$.






            share|cite|improve this answer











            $endgroup$


















              0












              $begingroup$

              It is called square wave.
              If $w(t)$ is the square wave
              $$
              w(t) = mathrm{sign}left(sinleft(frac tTright)right)
              $$

              and you want a wave that oscillates between values $a$ and $b$, then you can consider
              $$
              frac{a+b}2 + frac{b-a}2 w(t) .
              $$



              Of course to change the period you change $T$ and to shift in time you use $w(t-t_0)$.






              share|cite|improve this answer











              $endgroup$
















                0












                0








                0





                $begingroup$

                It is called square wave.
                If $w(t)$ is the square wave
                $$
                w(t) = mathrm{sign}left(sinleft(frac tTright)right)
                $$

                and you want a wave that oscillates between values $a$ and $b$, then you can consider
                $$
                frac{a+b}2 + frac{b-a}2 w(t) .
                $$



                Of course to change the period you change $T$ and to shift in time you use $w(t-t_0)$.






                share|cite|improve this answer











                $endgroup$



                It is called square wave.
                If $w(t)$ is the square wave
                $$
                w(t) = mathrm{sign}left(sinleft(frac tTright)right)
                $$

                and you want a wave that oscillates between values $a$ and $b$, then you can consider
                $$
                frac{a+b}2 + frac{b-a}2 w(t) .
                $$



                Of course to change the period you change $T$ and to shift in time you use $w(t-t_0)$.







                share|cite|improve this answer














                share|cite|improve this answer



                share|cite|improve this answer








                edited Dec 3 '18 at 17:29

























                answered Dec 3 '18 at 17:23









                FedericoFederico

                4,899514




                4,899514






























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