assumed load
发音：['?zm?ud] ['le?d]
英语范文：
Assumed load refers to the weight that a building is assumed to bear when it is designed and constructed. It is an important factor in building safety.
Assumed load is a concept that is commonly used in engineering design. It refers to the weight that a structure can bear under certain conditions, such as temperature, wind, earthquake, etc.
In engineering design, we need to consider the impact of various factors on the structure, including the assumed load. We need to carefully calculate and evaluate the load-bearing capacity of the structure to ensure that it can withstand various external forces and avoid potential safety hazards.
In addition to engineering design, assumed load is also an important concept in daily life. For example, when we buy a new product or service, we need to consider its weight and whether it will affect our daily life. We also need to pay attention to the impact of external forces on our environment and take appropriate measures to protect our environment and resources.
In short, assumed load is an important concept that we need to pay attention to in our daily life and work. It is closely related to our safety and environment protection.
英语作文音标和基础释义：
Assumed load ['?zm?ud] le?d [le?d] 指的是在设计和建造建筑物时所假设的重量，是建筑安全中的一个重要因素。
Assumed load是工程设计中常见的一个概念，指的是在某种条件下结构所能承受的重量，如温度、风、地震等。
在工程设计中，我们需要考虑各种因素对结构的影响，包括但不限于所假设的负载。我们需要仔细计算和评估结构的承载能力以确保它能够承受各种外部力量并避免潜在的安全隐患。
除了工程设计，assumed load也是日常生活的重要概念。例如，当我们购买新产品或服务时，我们需要考虑它的重量以及它是否会影响我们的日常生活。我们还需要注意外部力量对我们的环境的影响并采取适当的措施来保护我们的环境和资源。
总的来说，assumed load是我们日常生活和工作中需要关注的重要概念，它与我们的安全和环境保护密切相关。
Assumed Load
Assumed load is a concept that is commonly used in electrical engineering and power systems. It refers to the estimated load that a power system assumes under certain conditions. In practice, assumed load can be used to predict the system load and maintain system stability.
In a power system, the actual load varies with time and location. To ensure system stability and efficiency, it is necessary to estimate the load under various conditions. Assumed load can be used to make these estimates, based on historical data and system conditions. By accurately estimating the load, power systems can better manage their resources and maintain system stability.
In my opinion, assumed load is an important concept in power systems. It helps us better understand the system and predict its behavior. However, it is also important to note that assumed load is only an estimate and may not always be accurate. Therefore, it is necessary to constantly monitor and adjust the load estimate to ensure accurate prediction and system stability.
In conclusion, assumed load is a crucial concept in power systems that helps us better understand and manage the system. With proper monitoring and adjustment, we can ensure accurate prediction and system stability.
assumed load
Assumed load refers to the amount of power that a device or component is assumed to require based on its specifications. This is typically determined by taking into account the rated voltage and current of the device, as well as any efficiency factors.
In electrical systems, the assumed load is used to calculate the amount of power that will be consumed by the system. It is important to accurately estimate the assumed load to ensure that the system can handle the required power without overheating or malfunctioning.
Example:
Let's say we have a computer with a 100 watt-hour battery and we want to know how long it will last before needing to be charged again. To calculate the assumed load, we need to know the rated voltage and current of the battery, which are typically stated on the battery's label. Assuming a typical battery efficiency of 80%, we can calculate the assumed load as 100 watts divided by 0.8, which results in 125 watts. This means that the computer will draw this amount of power while it is operating, and if it draws more than this amount, it could cause the battery to overheat or shorten its lifespan.
In conclusion, the assumed load is an important concept in electrical systems that helps us understand how much power a system will consume and how it should be designed to handle. It is crucial to accurately estimate the assumed load to ensure that systems function properly and safely.
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