Negative frequency

Comments · 23

• TH

  @threedgmh · 8 years ago

  The sine on the negative side would be flipped and flow in a mirrored direction, you have them both in the same direction, but positive and negative are the same poles, but opposites, which would be a mirror image of the other going the opposite way, like reading a sign in a mirror, the words are backwards.

  5

• SH

  @shdi7312 · 4 years ago

  the direction of e^(-jwt) is wrong, it should be in the direction of e^(jwt) mirrored around x-axis.

  3

• DA

  @DarkMoonLilith7 · 9 years ago

  thanks

• AU

  @autmanmansour6996 · 8 years ago

  I don't agree that e-jwt evaporates here  because eventually to get the cosine value  you will need to add up the two exponential values and then divide them by 2.

  1

• CU

  @curtpiazza1688 · 3 years ago

  Makes sense! 😅

• PO

  @poiuwnwang7109 · 5 years ago

  nice

• GA

  @gamingwithdad5774 · 5 years ago

  Can you please explain what the purpose of graphing a negative frequency with phasors when negative frequencies do not actually exist? What happens when a computation ends up with a negative frequency?

  1

• SG

  @SGTDUBSY · 5 years ago

  Would it be possible for light to redshift enough to become a negative frequency? For instance, near the event horizon of a black hole.

  1

• 97

  @97m_it · 3 years ago

  What would happen to sine wave ?

• MA

  @MaarioneteSR · 10 years ago

  isn't ω the angular speed? I'm kinda lost since he said it was frequency, and from that we could take the cosine of ω*t since it's dimensionless. From circular motion I learned that θ = ω*t, I'm not sure if I missed something or this is indeed confusing

• SH

  @shinnufatima7631 · 8 years ago

  Can anyone elaborate what is the need of converting to S domain ? what are advantages of doing that

• LO

  @louiswilliams8534 · 3 years ago

  i think i understand