resisted rolling

简明释义

阻尼横摇

英英释义

例句

1.In the physics experiment, the ball resisted rolling down the incline due to friction.

在物理实验中，球由于摩擦力而抵抗滚动，无法沿斜面下滑。

2.The car's tires resisted rolling on the wet pavement, making it difficult to gain traction.

汽车的轮胎在湿滑的路面上抵抗滚动，使得获得牵引力变得困难。

3.The design of the wheels was such that they resisted rolling over uneven terrain.

轮子的设计使其在不平坦的地形上抵抗滚动。

4.When the skateboard hit the rough surface, it resisted rolling and came to a stop.

当滑板撞到粗糙的表面时，它抵抗滚动并停了下来。

5.The heavy load on the cart resisted rolling, requiring extra effort to push it forward.

手推车上的重物抵抗滚动，需要额外的力量才能向前推动。

作文

In the world of physics and engineering, understanding the forces that act upon objects is crucial. One such phenomenon is the concept of rolling resistance, which refers to the energy lost when an object rolls over a surface. However, there are instances where certain objects exhibit properties that allow them to avoid this effect, a behavior described as resisted rolling. This term encapsulates the idea that some materials or designs can minimize the energy loss typically associated with rolling motion.For example, consider the design of high-performance tires used in racing cars. These tires are engineered to have a lower rolling resistance, which means they can maintain speed more efficiently. The resisted rolling characteristic of these tires allows vehicles to accelerate faster and consume less fuel, making them ideal for competitive racing environments. In contrast, standard tires may not possess the same level of efficiency, leading to greater energy expenditure during movement.The principle of resisted rolling can also be observed in everyday life. Think about a well-oiled skateboard rolling smoothly down a ramp. The wheels of the skateboard are designed to reduce friction with the surface, allowing for a smoother ride. The resisted rolling effect here contributes to the overall speed and efficiency of the skateboard, providing an enjoyable experience for the rider. Conversely, if the wheels were worn out or made from a material with high friction, the skateboard would struggle to roll, demonstrating how important the concept of resisted rolling is in practical applications.Additionally, the study of resisted rolling extends beyond simple mechanical systems. In the realm of sports, athletes often seek to optimize their performance by selecting equipment that minimizes rolling resistance. For instance, cyclists may choose lightweight bicycles with aerodynamic designs to enhance their speed. The resisted rolling feature of these bicycles allows riders to exert less effort while achieving higher speeds, showcasing the significance of this concept in competitive scenarios.In conclusion, resisted rolling plays a vital role in various fields, from engineering to sports. By understanding the factors that contribute to rolling resistance, we can innovate and create more efficient systems and products. The ability to minimize energy loss during rolling motion not only enhances performance but also promotes sustainability by reducing energy consumption. As technology continues to advance, the principles behind resisted rolling will undoubtedly lead to new discoveries and improvements in efficiency across multiple disciplines.

在物理和工程学的世界中，理解作用于物体的力是至关重要的。其中一个现象是滚动阻力的概念，它指的是物体在表面上滚动时所损失的能量。然而，有些物体表现出能够避免这种效果的特性，这种行为被描述为resisted rolling。这个术语概括了某些材料或设计可以最小化与滚动运动通常相关的能量损失的想法。例如，考虑用于赛车的高性能轮胎的设计。这些轮胎经过精心设计，以具有较低的滚动阻力，这意味着它们可以更有效地维持速度。resisted rolling特性使这些轮胎能够让车辆更快加速并消耗更少的燃料，使其成为竞争赛车环境的理想选择。相比之下，标准轮胎可能不具备相同的效率，导致在运动过程中能量支出更大。resisted rolling的原理也可以在日常生活中观察到。想象一下，一块润滑良好的滑板在斜坡上平滑地滚动。滑板的轮子设计成减少与表面的摩擦，从而实现更顺畅的骑行。在这里，resisted rolling效应有助于滑板的整体速度和效率，为骑行者提供愉悦的体验。相反，如果轮子磨损或由高摩擦材料制成，滑板将难以滚动，展示了resisted rolling概念在实际应用中的重要性。此外，resisted rolling的研究超越了简单的机械系统。在体育领域，运动员通常寻求通过选择最小化滚动阻力的设备来优化他们的表现。例如，骑自行车的人可能会选择轻便的自行车，采用空气动力学设计，以提高速度。resisted rolling特性使得这些自行车能够让骑行者在达到更高速度时施加更少的努力，展示了这一概念在竞争场景中的重要性。总之，resisted rolling在各个领域中发挥着至关重要的作用，从工程到体育。通过理解影响滚动阻力的因素，我们可以创新并创造更高效的系统和产品。最小化滚动运动中的能量损失不仅增强了性能，还通过减少能量消耗促进了可持续发展。随着技术的不断进步，resisted rolling背后的原理无疑将引领新发现和多个学科效率的改善。