proportional balancing

简明释义

成比例均衡

英英释义

例句

1.When designing a fair voting system, proportional balancing 比例平衡 ensures that all voices are heard equally.

在设计一个公平的投票系统时，比例平衡 proportional balancing确保所有声音都能被平等听到。

2.In a multi-objective optimization problem, proportional balancing 比例平衡 helps in finding a compromise solution among conflicting objectives.

在多目标优化问题中，比例平衡 proportional balancing有助于在冲突目标之间找到折衷解决方案。

3.The financial report used proportional balancing 比例平衡 to distribute expenses across different departments evenly.

财务报告使用比例平衡 proportional balancing将费用均匀分配到不同部门。

4.In project management, effective resource allocation often involves proportional balancing 比例平衡 to ensure that each team member is utilized according to their skills.

在项目管理中，有效的资源分配通常涉及到比例平衡 proportional balancing，以确保每个团队成员根据其技能得到合理利用。

5.The teacher applied proportional balancing 比例平衡 in grading to account for different assignment weights.

老师在评分时应用了比例平衡 proportional balancing，以考虑不同作业的权重。

作文

In today's world, the concept of proportional balancing plays a crucial role in various fields, including economics, engineering, and even social sciences. To understand this term better, we must first break down its components. 'Proportional' refers to a relationship where two quantities maintain a constant ratio, while 'balancing' implies achieving stability or equilibrium among different elements. Together, proportional balancing signifies the process of adjusting different variables in a way that maintains their relative proportions to each other while ensuring overall stability.For instance, in economics, proportional balancing can be seen in budget allocation. When a government decides to allocate funds for various sectors such as education, healthcare, and infrastructure, it must ensure that these allocations are proportional to the needs and contributions of each sector. If education requires a larger share of the budget due to an increasing population, the government must balance this need with the requirements of other sectors. This ensures that no single sector is disproportionately funded at the expense of others, leading to a more equitable distribution of resources.Similarly, in engineering, proportional balancing is essential when designing structures. Engineers must ensure that the weight distribution of a building is proportionate to its design. If one side of a structure is heavier than the other, it could lead to structural failures. Therefore, engineers use proportional balancing techniques to distribute materials evenly, ensuring that the building remains stable and safe.In the realm of social sciences, proportional balancing can also be applied to demographic studies. For example, when analyzing the population of a city, researchers may use proportional balancing to ensure that different ethnic groups are represented in their studies according to their actual proportions in the population. This method helps avoid biases and ensures that conclusions drawn from the data are reflective of the entire community.Moreover, the importance of proportional balancing extends to personal life as well. Individuals often face situations where they need to balance their time and resources among various commitments, such as work, family, and hobbies. By applying the principle of proportional balancing, one can allocate time in a way that reflects the importance of each commitment. For instance, if a person has a demanding job but also values family time, they might choose to spend weekends with family while dedicating weekdays to work. This approach helps maintain a healthy work-life balance, which is crucial for overall well-being.In conclusion, proportional balancing is a fundamental concept that transcends disciplines and applies to many aspects of life. Whether in economics, engineering, social sciences, or personal management, understanding how to maintain proportions while achieving balance is vital for success and stability. As we navigate through various challenges, keeping the principle of proportional balancing in mind can guide us toward making informed decisions that benefit not only ourselves but also the communities and systems we are part of.

在当今世界，proportional balancing 的概念在经济学、工程学甚至社会科学等多个领域中发挥着至关重要的作用。要更好地理解这个术语，我们首先必须拆解它的组成部分。“比例”指的是两个数量之间保持恒定比率的关系，而“平衡”则意味着在不同元素之间实现稳定或均衡。结合在一起，proportional balancing 表示调整不同变量，以保持它们之间的相对比例，同时确保整体的稳定性。例如，在经济学中，proportional balancing 可以在预算分配中看到。当政府决定为教育、医疗保健和基础设施等各个部门分配资金时，必须确保这些分配与每个部门的需求和贡献成比例。如果由于人口增加，教育需要更大比例的预算，政府必须将这一需求与其他部门的要求进行平衡。这确保了没有一个部门在其他部门的牺牲下获得过多的资金，从而导致资源的更公平分配。同样，在工程学中，proportional balancing 在设计结构时也是必不可少的。工程师必须确保建筑的重量分布与其设计成比例。如果建筑的一侧比另一侧重，就可能导致结构失效。因此，工程师使用 proportional balancing 技术来均匀分配材料，确保建筑物保持稳定和安全。在社会科学领域，proportional balancing 也可以应用于人口研究。例如，在分析一个城市的人口时，研究人员可能使用 proportional balancing 来确保不同族群在他们的研究中根据其在总人口中的实际比例得到代表。这种方法有助于避免偏见，并确保从数据中得出的结论反映整个社区。此外，proportional balancing 的重要性还延伸到个人生活中。个人经常面临需要在工作、家庭和爱好等各种承诺之间平衡时间和资源的情况。通过应用 proportional balancing 原则，人们可以以反映每个承诺重要性的方式分配时间。例如，如果一个人有一份要求很高的工作，但也重视家庭时间，他们可能选择在周末与家人共度时光，而在工作日专注于工作。这种方法有助于保持健康的工作与生活平衡，这对整体幸福感至关重要。总之，proportional balancing 是一个基本概念，超越了学科界限，适用于生活的许多方面。无论是在经济学、工程学、社会科学还是个人管理中，理解如何在实现平衡的同时保持比例对于成功和稳定至关重要。在我们应对各种挑战时，牢记 proportional balancing 原则可以指导我们做出有利于自己以及我们所处社区和系统的明智决策。