Parametric Equations

[@dmc8129]

Thank you science Jesus, you're a lifesaver

[@somerandomduckiguess2781]

You have literally saved my life. You explained it so simply. I could hardly understand the way my teacher taught it. Thank you.

[@HellooDae]

I am again, expressing my gratitude towards your reletntless efforts into educating, what I assume is mostly young teens, but even I - a whole 22 year adult who failed at math in high school and somehow doing computer science nowadays - without your videos, I wouldn't be anywhere near the (pretty humble) level I am now at mathematics. I am very grateful. Thank you.

[@zerodegreescelsius]

Thank you! This is the best explanation of parameterisation I've ever come across!

[@sweatydood5118]

He's finally about to get to what i hope is vector calculus. Im literally dying in my classes rn D:

[@erwinleo7337]

It is been four years since you posted this comment. How is your studies? did you finish the calculus course because I am in the same shoes of yours now. I'm literally gasping of air in my cal classes.

[@Gab-ok1mr]

vector calculus BatChest

[@NewWesternFront]

@@erwinleo7337 you surviving?

[@ivoryas1696]

​@@Gab-ok1mr Bruh _wut?_

[@ivoryas1696]

​@@erwinleo7337 Same question here, tbh.

[@prasoonpandey1184]

Thank you for the simple explanation. It was really easy to underatand.

[@SaimKhan-xj5um]

you are such a great teacher Dave,I owe you at least 100 subscribers ;D

[@a-google-user07]

thanks prof , this was so easy and great

[@txubbsy]

Beautiful explanation

[@Bilibili_KvpYk]

My teacher said that this would be helpful dealing with differentiation, thanks for explaining

[@growth_space]

you are amazing Professor

[@ritardstrength5169]

Thank you, much clearer than my textbook

[@BloodClanResurrection]

Thank you so much for actually making this make sense. My textbook was absolutely no help with this.

[@abdullahqureshi5934]

This is exactly how you make things simple 🎖️🎖️

[@ProofDetectives]

Asslam o alikum. Thank you for the explanation professor Dave. Have a good day.

[@indiecowan33]

thank u adam driver

[@chandinireddi]

Super explanation sir Thank you sir

[@chupbey7814]

Listen to the intro song in 1.5× you'll love it !

[@chupbey7814]

Yeah somewhat 😂😂

[@ArslanMagomedov286]

Oh I did not realise that it was this easy to do. Thanks

[@SackbotNinja03]

I was always confused, but now I understand that they are two separate functions they aren’t so complicated anymore

[@BigBentley69420]

Bro science Jesus, you literally saved me. Thank you so much!!!

[@lukaavni5195]

all my homies love science Jesus

[@あい-ueo]

I learned this in japan when I was 13 years old... I was right not attending the community college class today I appreciate Dave's great work though

[@aadilnabiwani2878]

Nicely done , but would you make a video on why we need parametric equations or what made us to think of parametric equations , why these ??

[@ProfessorDaveExplains]

that is explained in this clip.

[@chinnuprasad8739]

Superb DAV sir

[@wanx891]

I dont understand why I'm paying my tuition for a world top 30 school for. Thank you by the way;)

[@tituskariuki4254]

Which school is that?

[@SamStarrs]

Uhhh weird flex

[@aryansaxena4978]

thank you so much dave

[@manismanai2276]

thanks..

[@rafi-sl4yq]

Thanks man

[@taihatranduc8613]

thank you

[@alizaa7091]

so helpful!!

[@himanshurathod6472]

Make videos on conics also. Eclipse, parabola, hyperbola.

[@ProfessorDaveExplains]

buddy, i did that. go back through my mathematics playlist.

[@jubayeralam8358]

Thanks dude

[@OkSid300]

I think a little recap is in order… Before entering the advanced stuff.

[@tGoldenPhoenix]

Done.

[@quosswimblik4489]

Manipulate[ ListPlot[Table[ If[t > d, {(e + 1) Cos[t], (e + 1) Sin[t]}, {(e + 1 - c (t/d)) Cos[ t], (e + 1 - c (t/d)) Sin[t]}], {t, 0, Pi, 0.011}]], {c, 0, e + 1}, {d, 0.011, Pi}, {e, 0, 4}] That's the mathematica code for what I call triangular curves. What I want to achieve is a tetrahedron curved surface version for one face. all I can do is this. ParametricPlot3D[{Cos[u] Sin[v], Sin[u] Sin[v], Cos[v]}, {v, 0, Pi}, {u, 0, 2 Pi}, Mesh -> 5, BoundaryStyle -> Black, PlotStyle -> FaceForm[Red, Yellow]] Please help me with my homework dr who is trying to help me learn future maths and I'm stuck, I'll be going baldly where no one has gone before by the time i do it myself I need help.

[@NewWesternFront]

yeah this shit really do be making me go baldly

[@aveinmovil]

All is ok but what that face at the end of the intro means? you go forward really happy and then something happen, what was it?

[@NewWesternFront]

fart

[@drealslimshady]

love u

[@debbiekalima4541]

thanks loot

[@namphan9317]

thank you jesus you save my life

[@elaineharvey5990]

05102020 Review

[@togwswtawog]

...

[@samuraimaster5270]

Niceee

[@Chrisymcmb]

Noice