Session 2: Parameterization of a curve.

In this video we will see what do you mean by a parameterized curve.
We will also see some examples of parameterized curve.
We will conclude this session by going reverse way i.e. from parameterized curve to equation in Cartesian form.

[@zardox0163]

I don't care that there are universities. I'm glad that there are people like you who are giving away free scientific content.

[@DrMathaholic]

Thank you for your kind words. 🙏☺️

[@iitb.astakun]

I am from IIT bombay this proofs it

[@OpQp-mc3tr]

correct

[@StyleNextlvl]

very interesting to see both of your's interests in mathematics ,we are the students of civil from coep studying from professor aman zhinga mam🙏🙏

[@DrMathaholic]

Thanks dude 😊 All the best. Enjoy the videos :)

[@Nandnova]

Me too..

[@ratneshsoni4431]

Actually this is a great overlay of what parametrisation is , after watching this the theory is easy to read 🙂

[@DrMathaholic]

Glad to hear that Ratnesh :)

[@bhavnabansal5534]

Hello sir..Ur wife is my Panjab university Chandigarh mate.i incidentally find Ur videos.. these r nice.can I have differential geometry lectures

[@DrMathaholic]

Glad to hear that bhavna. Sure, next semester I am planning for linear algebra for my students but in between I will start for differential geometry. Thank you for the suggestion.

[@AtheismLeadsToIrrationality]

Brilliant Ma Sha Allah , thank you very much Sir

[@DrMathaholic]

Welcome:)

[@sumanchakravarty4628]

Beautifully explained!

[@DrMathaholic]

Thank you 😊

[@SpreadTheTruthUSA]

Great video

[@DrMathaholic]

Thank you 😊

[@praveenkumarbrathod7299]

Very nice explanation sir thank you very much

[@DrMathaholic]

Thank you.. pleasure 😊

[@ankitkothawade603]

First of all, THANK YOU. This was really helpful. On the point. Keep it up!!!

[@DrMathaholic]

Thank you.. happy to hear that😀👍

[@tikmark4234]

Sir at 10:44 what is the range of t. i mean when we take line Integral we have to use limits for integration so what limit we will put

[@DrMathaholic]

When u take t=0, you get the starting point (1,1) and when you take t=1 , you get the end point (3,4). So t goes from 0 to 1.

[@tikmark4234]

@@DrMathaholic is it for every point in case of line parametrization sir ?

[@DrMathaholic]

​@@tikmark4234 as the parameterization changes, limits of t also changes. One can have more than one parameterization for a given curve

[@RideR-SAM65]

U forced me to visit your playlist by this vedio

[@DrMathaholic]

very glad and happy to hear that :)

[@mobinsk229]

I'm a student of Kurseong college (Darjeeling) Department of mathematics.. Under North Bengal University

[@DrMathaholic]

Oh okay .I hope lectures are helping you 😊

[@mobinsk229]

@@DrMathaholic right sir.... Lots of love from West Bengal 💝

[@DrMathaholic]

@@mobinsk229 thank you 😊

[@hanumasharma3144]

ese coming lesgo

[@DrMathaholic]

😀😀 all the best