05 - Intro to Conic Sections (Circles, Ellipses, Parabolas & Hyperbolas) - Graphing & More.

[@johnsmapreacher6525]

I witness you reach 1m subscribers and now I want the whole world to listen to how you make math and science madness easier to understand

[@MathAndScience]

Thank you so much!

[@maybeinactive]

Jesus christ this 30 min video made me more interested in this subject than any textbook ever could. tysm this video was incredibly helpful

[@Robert.Marshall]

Something was missing from all the other people teaching math topics like conic sections. They seemed to teach "Here's the formula, follow it like this, do this, do that, here's the solution." but my thinking wanted to know why or how, what were the reasons for these different conic sections and how do they relate. I wish I would have discovered your channel earlier this semester, finals are coming in less than two weeks and there are so many gaps in my understanding that my professor and other youtube videos didn't help me understand. I don't just want to follow the lead of someone who has done the problems thousands of times and skims through them effortlessly with no explanation of the theory or meanings. Returning back to the classroom after a few decades to pursue a degree has been a struggle, I'll definitely be returning for future topics. Your teaching helped fill the void my thinking was stuck on. Thank you, your channel will now be my go-to for future topics. Thank you.

[@user-uw4bt3wc1j]

Great explanation . complex concepts made so simple to understand. You Sir are a great teacher. Thankyou so much

[@rifatjoy9726]

SIR,,You are A GENIUS.... LOVE FROM BANGLADESH 🇧🇩🇧🇩..

[@gemmalawless7856]

Thank you for this video series. I found your explanation of escape speeds to be especially eye-opening.

[@gfragkoudakis]

this channel is a gem. Well done man. Super clear

[@dorischoo]

Incredible knowledge and insight 🙏

[@mibnxtdoor]

Difficult stuff made clear and easy

[@user-uh1gz9by7u]

Thank you sir You always make me understand

[@hilllanza]

Thank you, i’m learning ...👍👍

[@MathAndScience]

You are very welcome!

[@kristineclaireapostol3757]

hey I have question if you put paper on the top of the cone what kind of conic section would be form?

[@Carlos-qz7ul]

A passionate teacher ! ❤

[@devnshugarg6255]

Thanks sir for this explanation with so much dedication

[@yarielmarquez2277]

This genius helped me to do chemistry

[@chapter45reset93]

Watching your videos as a refresher for my NYS teacher certification exam😳😳...any suggestion? Thanks in advance...your videos have helped so much already 👍👍

[@MathAndScience]

Thank you so much! Jason, MathAndScience.com

[@kristineclaireapostol3757]

Hey I have a question if you put a paper on the top of the cone what kind of conic section would be form?

[@bepositivethroughmaths3845]

Well explained 👌

[@Impulse_Photography]

@@kristineclaireapostol3757 I'll take a guess at it ... If you cut the cone, like he said, perfectly level you'll get a circle. If you move it down then you'll get a bigger circle, and if you move it all the way to the bottom of the cone you will get the biggest circle that specific cone can produce. However, if you move it all the way to the top, then you'll get the smallest circle this cone can produce.

[@akikotsukamoto1334]

how about the orbit of a comet?some come back in regular interval, which means that it is ecllipse?

[@hemarajue2736]

Does gravity controls the path of a space vehicle ?

[@kristineclaireapostol3757]

I have a question if you put a paper on the top of the cone what kind of conic section will be form?, Im still cofused

[@tylerackerley9481]

how do you calculate the circular velocity?

[@sajjadafshar734]

My mind just blowing 🤯

[@laraibnaeem3821]

Really good work sir 💖💖

[@pareshkshirsagar]

Well Explained

[@talibanchristian]

why aren't these videos up on your site?

[@user-vb6gd7ug1w]

תודה!

[@MathAndScience]

Thank you so much!

[@super_nova9202]

My lecturer warned me about this . Thats why am here 😂😂

[@Impulse_Photography]

take note, if we equate Earth's Ve to our car, then 11.2 / sec = 672 mi/hr :: that is fast (just to escape Earth's gravity)

[@lexi67436]

finally

[@plsmamemo1152]

Parabola