Describe the level surfaces of the function. g(x, y, z) = x2 + y? -z? O The level surfaces k = x² + y² - z² for k 0 are a family of parallel planes. %3D O The level surfaces k = x² + y² – z² for k ± 0 are a family of ellipsoids. O The level surfaces k = x2 + y2 - z2 for k 0 are a family of hyperboloids. O The level surfaces k = x2 + y? - z² for k = 0 are a family of hyperbolic cylinders. O The level surfaces k = x + y - z for k 0 are a family of semiellipsoids. The level surfacesk = x2 +y2 - z² for k 0 are a family of hyperbolic paraboloids. %3D

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Describe the level surfaces of the function.
g(x, y, 2) = x² + y? - z?
O The level surfaces k = x² + y2 - z for k 0 are a family of parallel planes.
%3D
O The level surfaces k = x2 + y2 - z² for k 0 are a family of ellipsoids.
%3D
|
O The level surfaces k = x² + y? - z² for k = 0 are a family of hyperboloids.
%3D
O The level surfaces k = x +y - z² for k 0 are a family of hyperbolic cylinders.
O The level surfaces k = x + y2 - z for k 0 are a family of semiellipsoids.
The level surfaces k = x2 + y2 - z for k 0 are a family of hyperbolic
paraboloids.
Transcribed Image Text:Describe the level surfaces of the function. g(x, y, 2) = x² + y? - z? O The level surfaces k = x² + y2 - z for k 0 are a family of parallel planes. %3D O The level surfaces k = x2 + y2 - z² for k 0 are a family of ellipsoids. %3D | O The level surfaces k = x² + y? - z² for k = 0 are a family of hyperboloids. %3D O The level surfaces k = x +y - z² for k 0 are a family of hyperbolic cylinders. O The level surfaces k = x + y2 - z for k 0 are a family of semiellipsoids. The level surfaces k = x2 + y2 - z for k 0 are a family of hyperbolic paraboloids.
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