Describe the intersection of the graphs of y = 3 and x² + y² = z². A) the parabola in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle B) the circle in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle C) the hyperbola in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle D) the ellipse in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle E) none of the above

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The Answer of Describe the intersection of the graphs of y = 3 and x² + y² = z². A) the parabola in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle B) the circle in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle C) the hyperbola in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle D) the ellipse in which the vertical plane perpendicular to the y-axis and the point (0, 3, 0) intersects the right circular cone with axis along the x-axis and semi-vertical angle E) none of the above

Describe the Intersection of the Graphs of Y = 3