additional motion

简明释义

附加运动;

英英释义

例句

1.An additional motion was raised to amend the current policy regarding employee benefits.

提出了一项附加动议，以修改当前关于员工福利的政策。

2.During the meeting, she made an additional motion to allocate more funds for the project.

在会议期间，她提出了一项附加动议，以为该项目分配更多资金。

3.After discussing the initial proposal, they decided to introduce an additional motion for further research.

在讨论初步提案后，他们决定提出一项附加动议以进行进一步研究。

4.The committee proposed an additional motion to extend the deadline for submissions.

委员会提出了一项附加动议，以延长提交的截止日期。

5.The board voted on the additional motion to increase the budget for next year.

董事会对明年的预算增加的附加动议进行了投票。

作文

In the realm of physics and engineering, the concept of motion is fundamental to understanding how objects interact with one another. When we analyze the movement of an object, we often consider its initial state, the forces acting upon it, and the resulting trajectory. However, there are instances where we need to account for changes that occur after the initial analysis. This is where the term additional motion (附加运动) becomes particularly relevant. Additional motion refers to any subsequent movement that occurs after the primary motion has been established. This can include factors such as external forces, changes in direction, or even secondary effects from other moving objects.For example, consider a car accelerating down a straight road. The initial motion can be described by its speed and direction. However, if the driver suddenly turns the steering wheel, the car experiences additional motion (附加运动) due to the change in trajectory. This additional motion is crucial for understanding the car's overall path and ensuring safety during the maneuver.In sports, the concept of additional motion (附加运动) is also significant. Take basketball, for instance. A player jumps to make a shot. The initial motion is the upward leap, but as the player reaches the peak of their jump and begins to descend, they may adjust their body position to better align with the basket. This adjustment represents additional motion (附加运动) that can influence the outcome of the shot. Coaches often emphasize the importance of this additional motion during training sessions, highlighting how small adjustments can lead to improved performance.In robotics, additional motion (附加运动) plays a critical role in programming and control systems. Robots are designed to perform specific tasks, but they must also adapt to unforeseen circumstances. For instance, if a robot is programmed to pick up an object but encounters an obstacle, it may need to execute additional motion (附加运动) to navigate around the obstacle before successfully completing the task. This adaptability is essential for effective robotic operation in dynamic environments.Moreover, in the field of animation and film production, additional motion (附加运动) is vital for creating realistic movements. Animators often use principles of motion to ensure that characters move fluidly and believably. When a character runs, the initial motion is straightforward, but adding additional motion (附加运动) such as arm swings, head movements, and even facial expressions can enhance the realism of the animation. This attention to detail allows viewers to connect with the characters on a deeper level.In conclusion, the concept of additional motion (附加运动) extends far beyond simple physical movement. It encompasses a wide range of applications across various fields, including physics, sports, robotics, and animation. Understanding additional motion (附加运动) allows us to appreciate the complexities of movement and the factors that influence it. Whether we are analyzing the trajectory of a car, enhancing a basketball player's skills, programming a robot, or creating lifelike animations, recognizing the significance of additional motion (附加运动) is essential for achieving success. As we continue to explore the intricacies of motion, we will undoubtedly uncover even more ways in which additional motion (附加运动) shapes our world.

在物理和工程领域，运动的概念是理解物体如何相互作用的基础。当我们分析一个物体的运动时，我们通常考虑其初始状态、作用于它的力量以及由此产生的轨迹。然而，有些情况下，我们需要考虑在初始分析之后发生的变化。这就是术语附加运动变得特别相关的地方。附加运动指的是在主要运动建立后发生的任何后续运动。这可以包括外部力量、方向变化，甚至其他移动物体的次要影响。例如，考虑一辆汽车在直路上加速。初始运动可以通过其速度和方向来描述。然而，如果司机突然转动方向盘，汽车由于轨迹的变化而经历附加运动。这种附加运动对于理解汽车的整体路径以及确保在操控过程中的安全至关重要。在体育运动中，附加运动的概念也很重要。以篮球为例。一名球员跳起来投篮。初始运动是向上的跳跃，但当球员到达跳跃的顶点并开始下降时，他们可能会调整身体位置，以更好地对准篮筐。这种调整代表了附加运动，可能会影响投篮的结果。教练们通常在训练中强调这种附加运动的重要性，指出小的调整如何导致更好的表现。在机器人技术中，附加运动在编程和控制系统中发挥着关键作用。机器人被设计用来执行特定任务，但它们也必须适应不可预见的情况。例如，如果一个机器人被编程去捡起一个物体，但遇到了障碍，它可能需要执行附加运动以绕过障碍，然后成功完成任务。这种适应能力对于在动态环境中有效操作机器人至关重要。此外，在动画和电影制作领域，附加运动对于创造逼真的运动至关重要。动画师通常使用运动原理来确保角色流畅且可信地移动。当一个角色奔跑时，初始运动是简单的，但添加附加运动，例如手臂摆动、头部移动，甚至面部表情，可以增强动画的真实感。这种对细节的关注使观众能够与角色建立更深层次的联系。总之，附加运动的概念远不止简单的物理运动。它涵盖了多个领域的广泛应用，包括物理学、体育、机器人技术和动画。理解附加运动使我们能够欣赏运动的复杂性及其影响因素。无论我们是在分析汽车的轨迹、提升篮球运动员的技能、编程机器人还是创造栩栩如生的动画，认识到附加运动的重要性对于取得成功至关重要。随着我们继续探索运动的细微差别，我们无疑会发现更多方式，附加运动塑造着我们的世界。