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plain Z is the plane that is width basicly if looking at a 3d figure. its like this: |dw:1347464584819:dw|
X has to be involved, correct?
you have drawn a left handed coordinate system
i drew a right handed cord system. I did it the tight way. im homeschooled.
Then I would say XTV? XSL doesn't connect and neither does ZXL.
or are you refering to the complex plane?
I am referring to my figure. Not sure why we have a left-handed Cartesian plane up there.
I think you would call it the XLV plane, as it is defined by those three noncolinear points
Again, I'm guessing XTV? XLV is not a provided answer, but I do understand that.
the plane Z can be described by two vectors in it. x is on vector , the vector perpendicular to x is V
Ah i think XTV works also, were there multiple choices given?
does T go through the plane ?
Yes. plane ZXL plane XTV plane SLT plane XSL
oh wait i see now, T is the point when the intersection occur
i thought they were vectors
kk then I believe XTV is correct, three points that do not lie on the same line define a plane
I thank the both of you. Now only if OP would let me hand out multiple medals..
the three points had to be from this set LTXV
but not the combination XTL as these point are in a line