Parametrizing Curves in the Complex Plane 2

[@ausamahassan9559]

The parametrization for C2 should read , C2 : z(t)=(1-t)(-R)+t(-r)
while for C4 : z(t)=(1-t)(r)+t(R), where ( 0

[@MathDoctorBob]

Your welcome! Note that parametrizations of curves are not unique. Both mine and yours are correct - the preference depends on the application.

[@argimag1]

BRAVO!!! I wish all math teachers elaborated math like you, LOL, & as hot as you are! :)) Positive that I'll ace my quiz tomorrow. Thank you very much. I'm surprised this video does not have much views.

[@EM8844]

Thank you! This is the video I've been looking for! I was looking to find information on how adding z0 to the equation of z(t)=re^it makes it a circle with center point z0

[@nasserasiri2215]

Very clear and easy to follow.

[@thenewdimension9832]

Great teacher .👏❤

[@shifengshen3054]

Thank you! This is the video I've been looking for!

[@DanieleGiorgino]

Thank you for these two videos. Definitely cleared up this topic for me.

[@henriquefonsecasaraiva8499]

Very good, thank you!!! 👏👏

[@jasminsahota5803]

These videos are great! Keep it up! :)

[@wallacechan2339]

Billiant. Thanks.

[@Madhuri20201]

Thnk u so much sir god bless u

[@kuyagaming3575]

Explained! Thanks!!!

[@muhammadaashir6931]

This same thing is in the book but without explanations 💓

[@MathDoctorBob]

@LeavingCertMaths You're welcome! - Bob

[@LeavingCertMaths]

Thanks for uploading this

[@MathDoctorBob]

Thanks!

[@ThrashAbaddon]

thank you :D

[@lemyul]

this just doesn't make sense in the textbook for me

[@MathDoctorBob]

Parametrizing curves is art form - here I'm only doing the basics.