Torus
noun
A torus is a surface of revolution generated by revolving a circle in three-dimensional space about an axis coplanar with the circle.
The torus can be seen in the shape of a classic doughnut.

Usage tips
Neutral
doughnut shape, toroidal geometry, three-dimensional shape
noun
In physics and engineering, a torus can represent a ring-like structure used in various applications such as magnetic fields or fluid flows.
The design of the magnetic field around the torus is crucial for the fusion reactor's functionality.

Usage tips
Technical
magnetic field, fluid dynamics, engineering design
noun
A torus is a surface of revolution generated by revolving a circle in three-dimensional space about an axis coplanar with the circle.
The torus can be seen in the shape of a classic doughnut.

Usage tips
Neutral
doughnut shape, toroidal geometry, three-dimensional shape
noun
In physics and engineering, a torus can represent a ring-like structure used in various applications such as magnetic fields or fluid flows.
The design of the magnetic field around the torus is crucial for the fusion reactor's functionality.

Usage tips
Technical
magnetic field, fluid dynamics, engineering design
Definition 1 of 2

Mathematical Concepts
A torus is central to many geometric theories.
Understanding how shapes revolve can help visualize complex mathematical phenomena.
Applications in Physics
Torus shapes are used in physics, especially in theories about particles.
In physics, the concept of a torus could relate to the structure of certain atomic forms.
Real-World Examples
Real-life examples of a torus include tires and certain types of jewelry.
Many everyday objects can be described as having a toroidal shape.
Mathematical Concepts
A torus is central to many geometric theories.
Understanding how shapes revolve can help visualize complex mathematical phenomena.
Applications in Physics
Torus shapes are used in physics, especially in theories about particles.
In physics, the concept of a torus could relate to the structure of certain atomic forms.
Real-World Examples
Real-life examples of a torus include tires and certain types of jewelry.
Many everyday objects can be described as having a toroidal shape.
Mathematical Concepts
A torus is central to many geometric theories.
Understanding how shapes revolve can help visualize complex mathematical phenomena.
Applications in Physics
Torus shapes are used in physics, especially in theories about particles.
In physics, the concept of a torus could relate to the structure of certain atomic forms.
Real-World Examples
Real-life examples of a torus include tires and certain types of jewelry.
Many everyday objects can be described as having a toroidal shape.
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