Arcs

In geometry and physics, 'arcs' (plural of 'arc') refer to segments of curved lines. More specifically, it denotes a portion of the circumference of a circle or other curved shape. In other contexts, it can describe a curved trajectory, path, or shape formed by moving objects, light, electricity, or data flow. They often represent a degree of change or movement, visually or metaphorically. The word implies curvature, smoothness, and a connection between two points within that curved structure. The length of an arc depends on the radius of the circle and the angle it subtends. In a more abstract sense, 'arcs' can also indicate a progression or narrative flow, like story arcs in literature.

Arcs meaning with examples

• The artist sketched a series of arcs to represent the path of the sun across the sky throughout the day. Each curve meticulously traced the celestial journey, depicting the sun's progression. This visual representation was intended to capture the sense of continuous time through curved lines, reflecting on the celestial mechanics. The graceful arcs conveyed an impression of continuity and cyclical movement within the artistic work.
• Engineers designed a bridge with elegant, load-bearing arcs to span the wide river. The support structure utilized curved beams for optimal strength, distributing weight evenly. Careful calculations ensured the arcs could withstand immense pressures and remain stable. The sweeping design provided aesthetic appeal and served a critical function. This engineering feat highlights the practical application of arcs in construction and its important mathematical value.
• The electric current followed a series of arcs across the exposed terminals creating bright, visible sparks. Each arc representing a short circuit or transient electrical discharge. These discharges were a consequence of the equipment's failure, and revealed a path of unwanted resistance. Troubleshooting the circuit involved analyzing the location and frequency of the arcs to pinpoint the source. These arcs therefore indicated electrical fault in the components.
• The software displayed a visualization where data flowed along colored arcs to show data transfers. These arcs of data highlighted relationships between data sets and the rate of information exchange. Each arc represented a flow from a source to its destination. The arc's thickness illustrated the volume of data transferred. This visualization served to demonstrate the complex interactions within the software and the path of data flow.