2-D means twodimensional. Meaning, in this case, that no special effort has been made to give a 3-D (threedimensional) appearance. A 3-D film would have you make special glasses, which show a different image to each eye - stereoscopic (3-D) vision is based in great part on the fact that our two eyes see slightly different images.
2-D means twodimensional. Meaning, in this case, that no special effort has been made to give a 3-D (threedimensional) appearance. A 3-D film would have you make special glasses, which show a different image to each eye - stereoscopic (3-D) vision is based in great part on the fact that our two eyes see slightly different images.
2-D means twodimensional. Meaning, in this case, that no special effort has been made to give a 3-D (threedimensional) appearance. A 3-D film would have you make special glasses, which show a different image to each eye - stereoscopic (3-D) vision is based in great part on the fact that our two eyes see slightly different images.
2-D means twodimensional. Meaning, in this case, that no special effort has been made to give a 3-D (threedimensional) appearance. A 3-D film would have you make special glasses, which show a different image to each eye - stereoscopic (3-D) vision is based in great part on the fact that our two eyes see slightly different images.
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2-D means twodimensional. Meaning, in this case, that no special effort has been made to give a 3-D (threedimensional) appearance. A 3-D film would have you make special glasses, which show a different image to each eye - stereoscopic (3-D) vision is based in great part on the fact that our two eyes see slightly different images.
2d
The answer depends on what is known about the 2d shapes.The answer depends on what is known about the 2d shapes.The answer depends on what is known about the 2d shapes.The answer depends on what is known about the 2d shapes.
A line (2D), ray (2D), vector (2D), line segment (2D), a mobius strip (3D), or a klein bottle (3D).
2d forms are flat shapes
The 2D equivalent of a sphere is a circle so it follows that the 2D equivalent of a hemisphere is a semicircle.