monovariant equilibrium

简明释义

单变平衡

英英释义

例句

1.The analysis showed that the monovariant equilibrium (单变量均衡) could be disrupted by external shocks.

分析显示，外部冲击可能会破坏monovariant equilibrium（单变量均衡）。

2.The concept of monovariant equilibrium (单变量均衡) is crucial in understanding how markets stabilize.

理解市场如何稳定的关键在于monovariant equilibrium（单变量均衡）的概念。

3.A monovariant equilibrium (单变量均衡) can be illustrated using a graph where the supply and demand curves intersect.

可以通过供给和需求曲线交叉的图表来说明monovariant equilibrium（单变量均衡）。

4.In physics, a system can achieve monovariant equilibrium (单变量均衡) when only one variable is changing.

在物理学中，当只有一个变量变化时，系统可以达到monovariant equilibrium（单变量均衡）。

5.In a simple economic model, the market reaches a state of monovariant equilibrium (单变量均衡) when the supply equals demand for a single good.

在一个简单的经济模型中，当某种商品的供给等于需求时，市场达到monovariant equilibrium（单变量均衡）状态。

作文

In the realm of economics and physics, the concept of monovariant equilibrium plays a significant role in understanding systems that are influenced by a single variable. This term refers to a state where a system achieves balance or stability due to variations in one specific factor while all other factors remain constant. For instance, consider a market where the price of a commodity is the only changing element. When the price rises, the quantity demanded may decrease, leading to a new equilibrium point. This dynamic illustrates how a monovariant equilibrium can be established through the interaction of supply and demand, governed solely by price changes.Understanding monovariant equilibrium is crucial for economists and policymakers alike. It helps them predict how changes in a single variable, such as tax rates or interest rates, can affect the overall economy. By isolating one variable, analysts can simplify complex economic models, making it easier to forecast outcomes. For example, if a government increases taxes on cigarettes, one can analyze the effect on cigarette consumption while assuming that other factors, like consumer income and preferences, remain unchanged. This approach allows for clearer insights into the direct consequences of policy decisions.Moreover, the concept of monovariant equilibrium is not confined to economics; it also finds applications in physics, particularly in thermodynamics. In a closed system, when the temperature is the only variable that changes, the system can reach a state of thermal equilibrium. Here, energy transfer occurs until the temperature stabilizes, illustrating another dimension of monovariant equilibrium. Scientists study these conditions to understand how systems behave under varying temperatures, leading to advancements in technology and engineering.The implications of monovariant equilibrium extend beyond theoretical discussions. In practical scenarios, businesses often utilize this concept to optimize their operations. For instance, a company may focus on one aspect of its production process, such as labor efficiency, while keeping other factors constant, like raw material costs. By analyzing how changes in labor efficiency impact overall productivity and profit margins, management can make informed decisions that enhance operational effectiveness.In summary, the idea of monovariant equilibrium serves as a fundamental principle in both economics and physics, allowing for a better understanding of how systems respond to changes in a single variable. This concept not only aids in theoretical exploration but also has practical applications in policymaking and business strategy. By recognizing the significance of monovariant equilibrium, we can gain valuable insights into the dynamics of various systems, ultimately leading to more effective decision-making and improved outcomes in diverse fields. As we continue to explore the complexities of our world, the ability to isolate and analyze single variables will remain an essential skill for researchers, policymakers, and business leaders alike.

在经济学和物理学的领域中，单变量均衡的概念在理解受单一变量影响的系统方面发挥着重要作用。这个术语指的是一个系统由于一个特定因素的变化而实现平衡或稳定的状态，而所有其他因素保持不变。例如，考虑一个市场，其中商品的价格是唯一变化的元素。当价格上涨时，需求量可能会减少，从而导致新的均衡点。这种动态说明了如何通过供需的相互作用建立单变量均衡，其完全由价格变化所支配。理解单变量均衡对经济学家和政策制定者至关重要。它帮助他们预测单一变量（如税率或利率）的变化将如何影响整体经济。通过孤立一个变量，分析师可以简化复杂的经济模型，使预测结果变得更加容易。例如，如果政府提高香烟税率，人们可以分析香烟消费的影响，同时假设其他因素，如消费者收入和偏好保持不变。这种方法使政策决策的直接后果更清晰。此外，单变量均衡的概念不仅限于经济学；它在物理学中，特别是热力学中也有应用。在一个封闭系统中，当温度是唯一变化的变量时，系统可以达到热平衡状态。在这里，能量转移发生直到温度稳定，展示了单变量均衡的另一维度。科学家研究这些条件，以了解系统在不同温度下的行为，从而推动技术和工程的进步。单变量均衡的影响超越了理论讨论。在实际场景中，企业通常利用这一概念来优化其运营。例如，一家公司可能专注于其生产过程的一个方面，如劳动效率，同时保持其他因素不变，例如原材料成本。通过分析劳动效率的变化如何影响整体生产力和利润率，管理层可以做出明智的决策，提高运营效率。总之，单变量均衡的概念作为经济学和物理学中的基本原理，允许我们更好地理解系统如何响应单一变量的变化。这个概念不仅有助于理论探索，还有在政策制定和商业战略中的实际应用。通过认识到单变量均衡的重要性，我们可以获得对各种系统动态的宝贵见解，最终导致更有效的决策和更好的结果。在我们继续探索这个复杂的世界时，孤立和分析单一变量的能力将始终是研究人员、政策制定者和商业领袖的重要技能。