angle of lead

简明释义

超前角

英英释义

例句

1.During the archery competition, she calculated the angle of lead (引导角) based on wind conditions.

在射箭比赛中，她根据风速计算了angle of lead（引导角）。

2.In shooting sports, understanding the angle of lead (瞄准角度) is crucial for hitting moving targets.

在射击运动中，理解angle of lead（瞄准角度）对击中移动目标至关重要。

3.The coach explained how to find the right angle of lead (引导角度) when aiming for a moving ball.

教练解释了在瞄准移动球时如何找到正确的angle of lead（引导角度）。

4.The pilot adjusted the angle of lead (引导角度) to ensure a smooth approach to the runway.

飞行员调整了angle of lead（引导角度），以确保平稳接近跑道。

5.In fishing, knowing the angle of lead (引导角) can help you cast your line more effectively.

在钓鱼时，知道angle of lead（引导角）可以帮助你更有效地抛线。

作文

The concept of the angle of lead is crucial in various fields, especially in engineering and physics. It refers to the angle at which a projectile must be aimed to ensure that it reaches its intended target, taking into account factors such as gravity, wind resistance, and initial velocity. Understanding this concept is not only important for engineers designing trajectories for missiles or rockets but also for sports enthusiasts who engage in activities like archery or shooting. When we consider a simple example, imagine an archer aiming at a distant target. The archer must calculate the correct angle of lead to ensure that the arrow travels the right distance and hits the target accurately. If the angle is too low, the arrow will fall short; if it is too high, the arrow will overshoot the target. This principle applies to various scenarios where precision is key. In the world of sports, particularly in shooting, the angle of lead becomes even more complex. Shooters must account for the movement of their targets, especially in competitive shooting events where targets may be moving quickly. The shooter must predict where the target will be when the bullet arrives, requiring a keen understanding of both speed and angle. This predictive ability is what separates skilled shooters from novices. In engineering, the angle of lead plays a significant role in the design of vehicles and projectiles. For example, when launching a missile, engineers must calculate the optimal angle to achieve maximum range and accuracy. This involves sophisticated mathematical modeling and simulations to predict how the missile will behave under various conditions. The successful execution of these calculations can mean the difference between a successful mission and failure.Moreover, the angle of lead is not just limited to physical projectiles; it can also be applied metaphorically in various life situations. For instance, in business, one might consider the angle of lead when strategizing how to approach a market or a competitor. Understanding the dynamics of the field and predicting future trends can give businesses a significant advantage. In conclusion, the angle of lead is a multifaceted concept that extends beyond its technical definitions. Whether in sports, engineering, or even business, mastering this concept can lead to success and precision in various endeavors. As we continue to explore its applications, we realize that understanding the angle of lead can provide us with the necessary tools to navigate challenges effectively and achieve our goals.

‘引导角’这一概念在各个领域都至关重要，尤其是在工程和物理学中。它指的是为了确保抛射物达到预定目标而必须瞄准的角度，这需要考虑重力、风阻和初始速度等因素。理解这个概念不仅对设计导弹或火箭轨迹的工程师很重要，对参与射箭或射击等活动的运动爱好者也同样重要。当我们考虑一个简单的例子时，想象一下一个弓箭手瞄准一个远处的目标。弓箭手必须计算出正确的‘引导角’，以确保箭矢能够飞到合适的距离并准确击中目标。如果角度太低，箭矢将落短；如果角度太高，箭矢将超出目标。这一原则适用于各种需要精确度的场景。在体育界，特别是在射击中，‘引导角’变得更加复杂。射手必须考虑目标的移动，尤其是在竞争性射击赛事中，目标可能移动得非常快。射手必须预测目标在子弹到达时会在哪里，这需要对速度和角度有敏锐的理解。这种预测能力正是区分熟练射手和新手的关键。在工程学中，‘引导角’在车辆和弹道设计中发挥着重要作用。例如，在发射导弹时，工程师必须计算出最佳的角度，以实现最大范围和精准度。这涉及到复杂的数学建模和模拟，以预测导弹在各种条件下的表现。这些计算的成功执行可能意味着任务成功与失败之间的区别。此外，‘引导角’不仅限于物理抛射物；在生活的各种情境中也可以比喻性地应用。例如，在商业中，人们在策划如何接近市场或竞争对手时，可能会考虑‘引导角’。理解领域的动态并预测未来趋势可以为企业提供显著的优势。总之，‘引导角’是一个多面向的概念，超出了其技术定义。无论是在体育、工程还是商业中，掌握这一概念都能在各种努力中取得成功和精确。随着我们继续探索其应用，我们意识到理解‘引导角’可以为我们提供必要的工具，以有效应对挑战，实现我们的目标。