No. A hyperbola is formed when a plane slices a cone perpendicular to the bases.
A parabola is the figure formed by the intersection of a circular cone and a plane that lies parallel to the edge of the cone. (the cone does not have to be a right [90°] circular cone).
It is a section formed by a plane at right angles to the axis of the cone.
The weight of the atmosphere presses down on the groundwater in the well
That can be an ellipse, circle, parabola, or hyperbola. It depends on the angle between the plane and the axis or surface of the cone.
the cone of depression
Cone of depression
No. A hyperbola is formed when a plane slices a cone perpendicular to the bases.
A cone of depression forms in an aquifer when groundwater is rapidly pumped from a well, creating a lowering of the water table around the well in a cone shape due to the water being drawn towards the well. This can result in nearby wells or surface water bodies experiencing reduced water levels.
A parabola is the figure formed by the intersection of a circular cone and a plane that lies parallel to the edge of the cone. (the cone does not have to be a right [90°] circular cone).
A cone of depression forms when water is pumped from a well faster than it can be replenished by groundwater. This causes the water level around the well to drop, creating a cone-shaped depression in the water table. If the cone of depression extends below the depth of the well screen or pump intake, the well can go dry because no water is being drawn into the well.
A depression on the surface of the Earth created by groundwater is known as a cone of depression.
Cone of depression
The shape described by the intersection of the cone and the plane is simply a circle.
The term for a dip in water tables caused by pumping is called "cone of depression." This occurs when groundwater is extracted at a faster rate than it can be replenished, leading to a lowering of the water table in the vicinity of the extraction site.
a cone...
It is a section formed by a plane at right angles to the axis of the cone.