glancing collision

简明释义

擦撞

英英释义

例句

1.During the race, one bike suffered a glancing collision with another, but both riders managed to stay upright.

在比赛中，一辆自行车与另一辆发生了轻微碰撞，但两位骑手都成功保持了平衡。

2.The satellite experienced a glancing collision with a piece of space debris, but it remained operational.

卫星与一块太空垃圾发生了轻微碰撞，但仍然可以正常运行。

3.In the crowded bar, two patrons had a glancing collision while trying to navigate through the crowd.

在拥挤的酒吧里，两位顾客在试图穿过人群时发生了轻微碰撞。

4.The car made a glancing collision with the guardrail, causing minimal damage.

这辆车与护栏发生了轻微碰撞，造成的损坏很小。

5.The baseball hit the bat at an angle, resulting in a glancing collision that sent the ball flying.

棒球以一个角度击中球棒，导致了轻微碰撞，让球飞了出去。

作文

In the world of physics and mechanics, the term glancing collision refers to a type of interaction between two objects where they collide at an angle rather than head-on. This concept is crucial in various fields, including automotive engineering, sports science, and even celestial mechanics. Understanding glancing collision helps us analyze the outcomes of such interactions and predict the behavior of colliding bodies.For instance, consider a game of billiards. When one ball strikes another at an angle, it results in a glancing collision. The first ball transfers some of its momentum to the second ball, but because the impact is not direct, the energy transfer is not as straightforward as in a head-on collision. This scenario illustrates how the angle of impact can significantly influence the direction and speed of the balls after the collision.Moreover, in automotive contexts, glancing collision can describe incidents where vehicles collide at an angle, often leading to less severe damage than a frontal crash. For example, when two cars collide at a traffic intersection, if one vehicle strikes the other on the side rather than the front, the result is a glancing collision. Such collisions can still be dangerous, but they often result in different damage patterns and injury risks compared to a direct impact.In sports, understanding glancing collision is vital for improving performance and safety. Take soccer, for example. When players intercept the ball, they often do so at an angle, resulting in a glancing collision between the ball and their foot. This interaction affects how the ball travels, its speed, and its trajectory, which are crucial for executing effective passes and shots. Coaches and athletes study these dynamics to enhance their skills and strategies on the field.Furthermore, in celestial mechanics, glancing collision can refer to the interactions between asteroids or comets in space. When two celestial bodies pass close to each other, they may experience a glancing collision, altering their trajectories without significant damage. These events are essential for understanding the movement of objects in our solar system and can provide insights into the history of planetary formation.In conclusion, the concept of glancing collision extends beyond simple definitions; it encompasses various applications across multiple disciplines. From sports to automotive safety and even astrophysics, understanding how angles and impacts work can lead to better designs, improved strategies, and enhanced safety measures. By studying glancing collision, we gain valuable insights into the fundamental principles governing motion and interaction, which can be applied to real-world scenarios to improve outcomes in diverse fields.

在物理学和力学的世界中，短语glancing collision指的是两个物体之间以角度而非正面相撞的相互作用。这一概念在多个领域至关重要，包括汽车工程、运动科学甚至天体力学。理解glancing collision有助于我们分析这种相互作用的结果，并预测碰撞物体的行为。例如，考虑一下台球游戏。当一个球以角度撞击另一个球时，就会发生glancing collision。第一个球将其部分动量转移给第二个球，但由于撞击不是直接的，能量转移并不像正面碰撞那样简单。这个场景说明了撞击角度如何显著影响碰撞后球的方向和速度。此外，在汽车上下文中，glancing collision可以描述车辆以角度相撞的事件，通常导致的损害比正面碰撞轻微。例如，当两辆车在交叉口相撞时，如果一辆车撞击另一辆车的侧面而不是前面，结果就是glancing collision。这样的碰撞仍然可能是危险的，但与直接碰撞相比，它们通常会导致不同的损害模式和伤害风险。在运动中，理解glancing collision对于提高表现和安全至关重要。以足球为例。当球员拦截球时，他们通常是以角度进行的，这导致球与他们的脚之间发生glancing collision。这种相互作用影响球的飞行方式、速度和轨迹，这对有效传球和射门至关重要。教练和运动员研究这些动态，以提高他们在场上的技能和策略。此外，在天体力学中，glancing collision可以指代太空中小行星或彗星之间的相互作用。当两个天体靠近彼此时，它们可能会经历glancing collision，改变它们的轨迹而不造成重大损害。这些事件对于理解我们太阳系中物体的运动至关重要，并且可以提供关于行星形成历史的见解。总之，glancing collision的概念超越了简单的定义；它涵盖了多个学科中的各种应用。从运动到汽车安全，甚至是天体物理学，理解角度和冲击如何运作可以导致更好的设计、改进的策略和增强的安全措施。通过研究glancing collision，我们获得了有关支配运动和相互作用的基本原则的宝贵见解，这些见解可以应用于现实世界场景，以改善各个领域的结果。