I made a request on Patreon and out came this video! Thank you Professor V! I'm glad to see that when a trig sub is definite, you don't have to convert the answer back to the original variable, unlike with the indefinite kind. Your mic sounds like it's heavily noise rejecting. I'm guessing the frequency response looks something like: -100cos[(πx)/3000)]+100 over the domain [0,6000] where the x axis is hz, and the y axis is arbitrarily scaled. Maybe it has DSP that you can adjust or turn off. Unlike the audio, the explanations are crystal clear.
THANK U VERY MUCH my favorite PROF V)
I made a request on Patreon and out came this video! Thank you Professor V!
I'm glad to see that when a trig sub is definite, you don't have to convert the answer back to the original variable, unlike with the indefinite kind.
Your mic sounds like it's heavily noise rejecting. I'm guessing the frequency response looks something like:
-100cos[(πx)/3000)]+100 over the domain [0,6000]
where the x axis is hz, and the y axis is arbitrarily scaled.
Maybe it has DSP that you can adjust or turn off.
Unlike the audio, the explanations are crystal clear.
Perfect, thanks for the feedback and so happy to help out with this topic! Great request 👍🏻
I miss the tapping lol 😂
Really? 😂😂I wasn’t sure if the microphone was better or not…let me know what to use moving forward!
@@mathwithprofessorv
I like the old mic better
Oh good to know! I’ll return this one!
@ntir DASER🤗