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Reduce the equation to one of the standard forms, classify the surface, and sketch it.
$ 4x^2 - y + 2z^2 = 0 $
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Vectors and the Geometry of Space
Cylinders and Quadric Surfaces
Missouri State University
Oregon State University
Idaho State University
In mathematics, a vector (from the Latin word "vehere" meaning "to carry") is a geometric entity that has magnitude (or length) and direction. Vectors can be added to other vectors according to vector algebra. Vectors play an important role in physics, engineering, and mathematics.
In mathematics, a vector (from the Latin word "vehere" which means "to carry") is a geometric object that has a magnitude (or length) and direction. A vector can be thought of as an arrow in Euclidean space, drawn from the origin of the space to a point, and denoted by a letter. The magnitude of the vector is the distance from the origin to the point, and the direction is the angle between the direction of the vector and the axis, measured counterclockwise.
Reduce the equation to one…
All right. We want to write the standard form of access square, man. That's why Has to this curricula zero. So then we just move right to the other side. So I get why he was 24 X squared plus two G square. This is this is the standard form and this is an elliptic parabola. It and the reason is the following. So if I see that, why cannot be negative? So this is really on the I want you to start up boy and that for any value of Y or any Why value we call this value. Okay, what we get is that four X squared plus two G square equals two K. Is an ellipse on the X G plan. Mm hmm. So this means that at every value of K we get ellipse and the value of cable increases the the dimension population increases. So, so what we get is a parabola. Well, joining these ellipses and let me draw this for the sake of convenience. Again, let me draw the Y axis on the top. And this is my ex cheap. So like I said, why value is always positive? So this is a positive value and or what we call the zero, my X. And year zero. Then from what I got one I get I instead of a circle, I get an ellipse like this. Similarly for why equal to two, I get a bigger lips And what I call the three I got a bigger bigger election. So so if I join all of this, so you get something like, so this is an elliptic parabolas. So each if you if you draw an intersection, if you draw a plane here, this plane intersects this elliptic parabola. It's what we get in the intersection is an ellipse. This is exactly what is up.
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Harvey Mudd College
University of Michigan - Ann Arbor