#conic section

[greyplainsttrpg]

"Have you noticed, uh, that in the last 3,000 years, we haven't changed the design of the circle? Here at testla, our engineers our at work redesigning the future of platonic solids. We asked ourselves, 'what are the properties of a circle?' Well, uh. It's symmetrical. And it's round. So we're introducing the next gen of circle for the next gen of planar geometry!"

the stupidest fucking shape you've ever seen rolls up

"So, as you can see. We made it irregular. Yep. And, uh, we gave it straight edges. Pretty badass, huh? *dumbest fucking chuckle* We call it the 'Paul-we-gone.' Check it out. We made this thing bulletproof!" Shoots it with a gun. It's not even remotely bulletproof. Euclid rolls in his grave,

"You couldn't even put that thing on a fucking cone, you godamn idiot!"

[photoblogdujour]

Conic section flowers. This is the parabola, with the circle in the back on the left, hyperbola on the lower left, ellipse in the middle.

[piuswong]

[earthstory]

Cono de Arita This 120 meter high feature looks like it could fit in a math textbook to illustrate a cone shape (how do you cut it to create a circle, ellipse, and parabola?) This feature is Cono de Arita, located in the northwest part of Argentina, in the Andes Mountains, and its name literally translates in one of the local languages to meaning “Sharp cone”.

The cone is in a desert surrounded by a gigantic salt flat named Salar de Arizaro, the 6th largest salt flat in the world. The salt environment clearly contributes to the shape – you see almost no rocks from the cone in the salt pan at the bottom because any rocks that do break off the cone and avalanche downward are torn apart quite quickly by interacting with salt. In salt pans like this one, any time there is a little bit of moisture, the salt is wicked up into any rocks sitting on the salt and as salt grains grow, they wedge apart the other grains and tear the rock apart. Although some of the resources online disagree, most indicate that this cone does have an igneous origin, but they're unclear whether this is a true volcano that erupted at this spot, or if it was intrusive - with molten rock deposited just beneath the salt layer and the cone shape created by intrusion. Because the rocks would cool quickly in either case, and there's no crater at the top, it may be difficult to tell for certain which of these is the true way it formed. -JBB Image credit: Ben Stubbs https://flic.kr/p/eCguxZ Read more: http://bit.ly/1GVO9YS http://bit.ly/1r5exYX http://bit.ly/1SYVFaJ https://epod.usra.edu/blog/2018/02/el-cono-de-arita.html

[marica0404]

I've stared to review my Gr.10 courses and I studied math today😶😶 (sorry for my messy writing this is my best tho haha 😂 )

[quietimtryingtostudy]

(source)

[mswebtutor]

General Conic Section (Circle, Parabola, Ellipse, Hyperbola) Tutorials in Hindi

General Conic Section (Circle, Parabola, Ellipse, Hyperbola) Tutorials in Hindi

Circle, Parabola, Ellipse, and Hyperbola are the section of the cone when intersected with a plane at different angles. That is why these are called the section of the cone or conic section.

Equation of all the conic sections can be derived from the general conic equation in constraints to certain conditions. So first of all, you should learn the general conic equation to understand Capital T…

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[mswebtutor]

Ellipse Complete Video Lectures (Hindi) | Maths Tutorials

Ellipse Complete Video Lectures (Hindi) | Maths Tutorials

In this post, we will provide you the complete video lectures of an ellipse chapter of mathematics. Ellipse is one of the topics of the conic section and can be easily derived from the general conic equation similar to circle, parabola, and hyperbola. We have already discussed the circle and parabola in our previous posts and in our next post, we will discuss the hyperbola chapter along with…

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