Three-angled

Three-angled describes a shape or object characterized by having exactly three angles, specifically referring to triangles or objects with triangular components. It emphasizes the presence of three points of intersection and the inherent geometric properties related to the sum of interior angles always equaling 180 degrees. This term is typically used in geometry, architecture, or descriptions requiring precision in the specification of angular characteristics. The term 'three-angled' helps distinguish such forms from shapes with different angular configurations, such as four-angled (quadrilateral) or multiple angled forms. The adjective highlights the fundamental properties and characteristics of triangular forms.

Three-angled meaning with examples

• The architect designed a unique structure with three-angled roof panels that maximized natural light and minimized wind resistance. The distinctive shape, a series of interconnected three-angled sections, created a modern aesthetic, turning heads on its design. The use of such shaped panels was intentional to create the desired visual appeal while also adhering to energy-efficient building practices.
• In geometry class, the students learned to calculate the area of a three-angled figure, applying the formula relating base and height. The assignment involved measuring various three-angled objects to test their understanding. Correct calculations were essential to ensure the accuracy of the three-angled shape.
• The artist constructed a sculpture composed of several three-angled forms, resulting in a dynamic visual experience. Each individual component within this three-angled arrangement was carefully positioned to create an illusion of movement. The arrangement was carefully crafted.
• The property featured a garden with a three-angled gazebo. The owner had the garden shaped with three-angled flowerbeds and a matching three-angled fountain. The symmetry of the three-angled setup created a balance of visual appeal.
• Engineers used three-angled trusses to create a stable support system for the bridge. Careful calculations determined the optimal angle for each of the three-angled structures. These engineering marvels made the bridge strong and resilient.