blind arc

简明释义

无光弧区

英英释义

例句

1.In the game, players must avoid the blind arc 盲弧 where enemies can ambush them unexpectedly.

在游戏中，玩家必须避开盲弧 blind arc，敌人可以在这里出其不意地伏击他们。

2.During the construction, workers had to navigate around the blind arc 盲弧 to ensure safety.

在施工期间，工人们必须绕过盲弧 blind arc以确保安全。

3.The hiker was warned about the blind arc 盲弧 on the trail that could lead to a steep drop.

徒步旅行者被警告要注意小径上的盲弧 blind arc，这可能会导致陡峭的下坡。

4.The architect designed the building with a blind arc 盲弧 to create a more dynamic entryway.

建筑师设计了一个带有盲弧 blind arc的建筑，以创造更具动态感的入口。

5.The driver was cautious as they approached the blind arc 盲弧 in the road, knowing it could hide pedestrians.

司机在接近路上的盲弧 blind arc时非常小心，因为它可能隐藏着行人。

作文

In the world of mathematics and geometry, there are many fascinating concepts that help us understand the shapes and forms around us. One such concept is the blind arc, which refers to a section of a curve that is not immediately visible or recognizable due to its orientation or placement in space. The term 'blind' implies that this arc is hidden from direct view, making it a challenging yet intriguing element to study. Understanding the blind arc can provide insights into various fields, including architecture, engineering, and even art.To illustrate the significance of the blind arc, consider its application in architectural design. Architects often utilize curves to create visually appealing structures. However, when designing buildings, they must account for elements that may not be visible at first glance. A blind arc in a building's facade might create an illusion of depth or movement, enhancing the overall aesthetic appeal. This hidden curve can lead to unexpected shadows and light reflections, adding complexity to the structure's appearance.Moreover, in engineering, the concept of a blind arc is crucial when analyzing forces and stresses within materials. Engineers must often consider how different shapes can bear loads and resist forces. A blind arc can influence the distribution of stress within a component, which may not be apparent without careful analysis. By understanding these hidden curves, engineers can design safer and more efficient structures.In the realm of art, the blind arc can also play a significant role. Artists frequently experiment with shapes and forms to evoke emotions and reactions from viewers. A blind arc in a painting or sculpture might draw the viewer's eye in unexpected directions, creating a sense of movement or tension. This hidden element can engage the audience, prompting them to explore the artwork more deeply and discover the layers of meaning within.Furthermore, the idea of a blind arc extends beyond physical representations; it can also apply to abstract concepts. In life, we often encounter situations that resemble a blind arc. These are moments where we cannot see the full picture or understand the complete implications of our choices. Just as in geometry, where a blind arc is part of a larger curve, our decisions are often influenced by factors that remain hidden from our immediate perception.In conclusion, the blind arc is a compelling concept that transcends various disciplines. Whether in mathematics, architecture, engineering, or art, recognizing and understanding this hidden element can enhance our appreciation of the complexities surrounding us. It serves as a reminder that not everything is visible at first glance, and that there is often more to discover beneath the surface. By embracing the mystery of the blind arc, we can cultivate a deeper understanding of both the tangible and intangible aspects of our world.

在数学和几何的世界里，有许多迷人的概念帮助我们理解周围的形状和形式。其中一个概念是盲弧，它指的是由于其方向或空间位置而不立即可见或可识别的曲线部分。'盲'这个词暗示着这个弧形是隐藏在直接视野之外的，使它成为一个具有挑战性但又引人入胜的研究元素。理解盲弧可以为建筑、工程甚至艺术等多个领域提供洞察。为了说明盲弧的重要性，可以考虑它在建筑设计中的应用。建筑师经常利用曲线来创造视觉上吸引人的结构。然而，在设计建筑时，他们必须考虑可能不立即可见的元素。建筑外立面中的盲弧可能会创造出深度或运动的错觉，增强整体美感。这个隐藏的曲线可以导致意想不到的阴影和光线反射，为结构的外观增添复杂性。此外，在工程中，盲弧的概念在分析材料内部的力和应力时至关重要。工程师通常必须考虑不同形状如何承受负载和抵抗力。盲弧可以影响组件内应力的分布，这在没有仔细分析的情况下可能并不明显。通过理解这些隐藏的曲线，工程师可以设计出更安全、更高效的结构。在艺术领域，盲弧也可以发挥重要作用。艺术家经常实验形状和形式，以唤起观众的情感和反应。画作或雕塑中的盲弧可能会将观众的目光引向意想不到的方向，创造出运动或紧张感。这一隐藏的元素可以吸引观众，促使他们更深入地探索艺术作品，发现其中的意义层次。此外，盲弧的概念超越了物理表现；它也适用于抽象概念。在生活中，我们常常遇到类似于盲弧的情况。这些时刻是我们无法看到全貌或理解选择的完整含义。正如在几何中，盲弧是更大曲线的一部分，我们的决定往往受到那些在我们直接感知之外的因素的影响。总之，盲弧是一个引人入胜的概念，跨越多个学科。无论是在数学、建筑、工程还是艺术中，识别和理解这一隐藏元素都可以增强我们对周围复杂性的欣赏。它提醒我们，并非所有事物在第一眼就能看见，往往在表面之下还有更多值得发现的东西。通过拥抱盲弧的神秘性，我们可以培养对我们世界中有形和无形方面的更深刻理解。