variable direction

简明释义

向多变风向多变

英英释义

例句

1.In robotics, the movement of the arm can be adjusted for variable direction to complete various tasks.

在机器人技术中，手臂的运动可以调整为可变方向以完成各种任务。

2.The wind in this area often has a variable direction, making it difficult to predict the weather.

该地区的风常常有可变方向，这使得天气预测变得困难。

3.The GPS system can adjust routes based on variable direction of traffic flow.

GPS系统可以根据交通流量的可变方向调整路线。

4.The currents in the ocean are known for their variable direction, affecting navigation.

海洋中的水流以其可变方向而闻名，这影响了航行。

5.When designing the wind turbine, engineers must consider the variable direction of the wind.

在设计风力涡轮机时，工程师必须考虑风的可变方向。

作文

In the realm of physics and engineering, the concept of motion is fundamental. One important aspect of motion is its direction, which can often be described as having a variable direction. This term refers to scenarios where the path taken by an object does not remain constant but changes over time. Understanding variable direction is crucial for various applications, including robotics, navigation systems, and even in everyday activities such as driving or cycling.To illustrate the idea of variable direction, consider a car navigating through a busy city. The driver must constantly adjust the steering wheel to follow the road's twists and turns. In this case, the direction of the car's movement is not fixed; it varies based on the layout of the streets and the presence of obstacles. This dynamic nature of direction is what makes driving both challenging and engaging.Moreover, variable direction is not limited to vehicles. Think about a bird in flight. As it soars through the sky, it may change its course frequently to avoid predators or to catch prey. The bird's ability to adapt its flight path demonstrates the importance of being aware of variable direction in nature. This adaptability can be seen in many species, showcasing how essential it is for survival.In the context of technology, variable direction plays a significant role in robotics. Robots designed for tasks such as warehouse management or delivery services must navigate complex environments. Their programming allows them to alter their direction based on real-time data from sensors that detect obstacles or changes in their surroundings. This ability to respond to variable direction is what enables robots to operate efficiently and safely.Furthermore, in the field of navigation, understanding variable direction is vital for creating effective GPS systems. These systems rely on satellite signals to determine a user's location and provide directions. However, when a user takes a detour or encounters unexpected road closures, the GPS must quickly recalibrate and offer new directions. This process reflects the essence of variable direction, as the system adapts to the changing circumstances of the journey.In conclusion, the notion of variable direction is pervasive across different fields and aspects of life. Whether it’s a car maneuvering through traffic, a bird evading danger, a robot navigating a warehouse, or a GPS recalibrating its route, the ability to recognize and respond to changing directions is essential. By comprehending the implications of variable direction, we can better appreciate the complexity of motion and the importance of adaptability in both natural and artificial systems. This understanding not only enhances our knowledge in scientific realms but also improves our daily experiences as we interact with the world around us.

在物理和工程领域，运动的概念是基本的。运动的一个重要方面是它的方向，这通常可以描述为具有可变方向。这个术语指的是物体所采取的路径不保持不变，而是随时间变化的场景。理解可变方向对于各种应用至关重要，包括机器人技术、导航系统，甚至在日常活动中，如驾驶或骑自行车。为了说明可变方向的概念，可以考虑一辆在繁忙城市中行驶的汽车。司机必须不断调整方向盘，以跟随道路的曲折和转弯。在这种情况下，汽车的运动方向并不是固定的；它根据街道的布局和障碍物的存在而变化。方向的这种动态特性使得驾驶既具有挑战性又引人入胜。而且，可变方向不仅限于车辆。想想一只在空中飞翔的鸟。当它在天空中翱翔时，它可能会频繁改变航向，以避开捕食者或捕捉猎物。这只鸟能够适应其飞行路径，展示了在自然界中意识到可变方向的重要性。这种适应能力在许多物种中都可以看到，展示了它对生存的重要性。在技术背景下，可变方向在机器人技术中发挥着重要作用。设计用于仓库管理或配送服务的机器人必须在复杂环境中导航。它们的编程允许它们根据传感器实时数据检测障碍物或周围环境的变化来改变方向。这种响应可变方向的能力使机器人能够高效、安全地操作。此外，在导航领域，理解可变方向对创建有效的GPS系统至关重要。这些系统依赖卫星信号来确定用户的位置并提供方向。然而，当用户偏离路线或遇到意外的道路封闭时，GPS必须迅速重新校准并提供新的方向。这一过程反映了可变方向的本质，因为系统适应旅程中不断变化的情况。总之，可变方向的概念在不同领域和生活的各个方面都是普遍存在的。无论是汽车在交通中机动、鸟类躲避危险、机器人在仓库中导航，还是GPS重新校准其路线，识别和响应变化方向的能力都是至关重要的。通过理解可变方向的含义，我们可以更好地欣赏运动的复杂性以及在自然和人工系统中适应能力的重要性。这种理解不仅增强了我们在科学领域的知识，还改善了我们在与周围世界互动时的日常体验。