Non-perpendicular
Non-perpendicular refers to a geometric relationship where two lines, segments, or planes do not intersect at right angles (90 degrees). In a broader sense, it can describe any arrangement where elements are not positioned in a mutually perpendicular alignment. This term is often used in mathematics, architecture, and engineering to denote configurations where orthogonality is not established, reflecting a degree of angular deviation from perpendicularity.
Non-perpendicular meaning with examples
- In the design of the custom shelving unit, the non-perpendicular shelves created a distinctive aesthetic appeal that contrasted sharply with traditional straight designs. The angled shelves allowed for a creative display of books and decor that drew the eye and emphasized the uniqueness of the space, inviting visitors to explore the various items placed at varied angles, each telling its own story through its unusual placement.
- During the physics lecture, the professor illustrated the concept of non-perpendicular forces affecting the motion of a vehicle on an inclined plane. Unlike perpendicular forces that act against gravity in a straightforward manner, the non-perpendicular forces introduced complexities in calculating acceleration. Students were encouraged to analyze real-world examples to understand how these varying angles impacted speed and direction, demonstrating the practical applications of these principles in everyday scenarios.
- The team of architects struggled to create blueprints for the building's non-perpendicular walls, which were intended to give the structure a modern look. To ensure structural integrity while maintaining the innovative design, they utilized specialized construction techniques. This approach not only challenged traditional norms but also highlighted how non-standard angles could contribute to sustainable architectural styles that blend with the environment rather than imposing upon it.
- As the artist painted his mural, he decided to incorporate non-perpendicular lines to evoke a sense of movement and chaos within the composition. This choice not only captured the viewer's attention but also challenged their perception of balance and harmony in the artwork. The use of non-perpendicular elements allowed for dynamic expressions that pushed the boundaries of traditional artistic forms, enticing observers to engage with the piece on a deeper level.
- In robotics, the programmer had to adjust the algorithms controlling the robot's movements due to non-perpendicular arm joints. These joints limited the range of motion and required recalibration of tasks involving precision. By simulating various angles and orientations in the programming phase, the team aimed to achieve optimal functionality in performing complex tasks, proving that understanding non-perpendicular dynamics is essential in advancing robotic capabilities.
