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What is produced when you slice a cone with a plane that passes through only the nappe of the cone and is not parallel to the base?
This is called an ellipse.
What is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone?
Ellipse. (sources) internet class.
A Produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone?
Ellipse. (sources) internet class.
A(n) is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone.?
A hyperbola is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone. In this case, the plane intersects the cone in such a way that it creates two separate curves, which are the branches of the hyperbola. This occurs because the angle of the plane relative to the cone's axis is greater than the angle of the cone's side but less than that of the edge.
What is produce when you slice a cone with a plane that passes through only one nappe but not parallel to the edge of the cone?
An ellipse which, when the plane is perpendicular to the axis of the cone, becomes a circle.
What is produced when you slice a cone with a plane that passes through only the nappe of the cone and is not parallel to the base?
This is called an ellipse.
If a right circular cone is intersected by a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone what shape is produced?
An ellipse is produced.
What is produced when you slice a cone with a plane that passes through only one nappe of the cone but that is not parallel to an edge of the cone?
The "conic section" that is produced when you slice a cone with a plane that passes through only one nappe of the cone but that is not parallel to an edge of the cone is known as an ellipse. In the case where the plane is perpendicular to the axis of the cone, the ellipse becomes a circle.
What is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone?
Ellipse. (sources) internet class.
A Produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone?
Ellipse. (sources) internet class.
What is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone.?
Ellipse. (sources) internet class.
What is the produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone?
Ellipse. (sources) internet class.
A(n) is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone.?
A hyperbola is produced when you slice a cone with a plane that passes through only one nappe of the cone but is not parallel to an edge of the cone. In this case, the plane intersects the cone in such a way that it creates two separate curves, which are the branches of the hyperbola. This occurs because the angle of the plane relative to the cone's axis is greater than the angle of the cone's side but less than that of the edge.
What is produce when you slice a cone with a plane that passes through only one nappe but not parallel to the edge of the cone?
An ellipse which, when the plane is perpendicular to the axis of the cone, becomes a circle.
If a right circular cone is intersected by a plane so that the intersection goes through the cone's vertex as well as an edge of each nappe as in the picture below what shape is produced?
When a right circular cone is intersected by a plane that passes through its vertex and touches the edge of each nappe, the resulting shape is a triangle. This triangle is formed by the intersection line extending from the vertex to the edges of the cone's surfaces, effectively creating a triangular cross-section of the cone.
If a circular cone is intersected by a plane so that the intersection goes through its vertex as well as the edge of the nappe what shape is produced?
If I understand your description correctly, a line.
Which conic section is created if a plane that is parallel to the edge of a right circular cone intersects one nappe of the cone?
A parabola.
