width average

简明释义

平均宽度

英英释义

例句

1.To find the best size for the banner, we need to determine the width average of similar designs.

为了找到横幅的最佳尺寸，我们需要确定类似设计的宽度平均值。

2.During the survey, we found that the width average of the roads varied significantly across the city.

在调查中，我们发现城市道路的宽度平均值差异显著。

3.The architect used the width average of the windows to create a harmonious facade.

建筑师使用窗户的宽度平均值来创建和谐的立面。

4.In the manufacturing process, the width average of the products was measured to maintain quality control.

在生产过程中，产品的宽度平均值被测量以维持质量控制。

5.The designer calculated the width average to ensure all elements would fit perfectly in the layout.

设计师计算了宽度平均值以确保所有元素在布局中完美适配。

作文

In the realm of data analysis and statistics, understanding various metrics is crucial for making informed decisions. One such metric that often comes into play is the width average, which can be defined as the average measurement of width across a set of objects or categories. This concept is particularly important in fields such as manufacturing, architecture, and design where dimensions play a vital role in functionality and aesthetics.To illustrate the significance of the width average, let’s consider a manufacturing scenario. Imagine a company that produces wooden planks for construction purposes. Each plank may vary in width due to natural variations in the wood and the cutting process. To ensure consistency in their products, the company needs to calculate the width average of the planks they produce. By measuring the width of each plank and then computing the average, the company can establish a standard size that meets customer expectations and regulatory requirements.Calculating the width average is relatively straightforward. First, the widths of all the planks are measured. For instance, if five planks have widths of 4 cm, 5 cm, 6 cm, 7 cm, and 8 cm, the total width would be 30 cm. Dividing this total by the number of planks (5) gives us a width average of 6 cm. This average can then be used to assess whether the production process is within acceptable limits and to make adjustments if necessary.In addition to manufacturing, the width average is also applicable in architecture. Architects often need to consider the average width of various elements in their designs, such as doors, windows, and hallways. For example, if an architect is designing a new building and wants to ensure that the hallways are wide enough for accessibility, they might calculate the width average of existing buildings in similar contexts. This calculated average can guide them in making decisions that enhance usability and comfort for future occupants.Moreover, the width average can be beneficial in the field of design, particularly in fashion and textiles. Designers often work with fabrics of varying widths, and understanding the width average can help them determine how much material is needed for a particular garment. If a designer is creating a dress that requires several pieces of fabric, knowing the width average of the fabrics they intend to use can significantly streamline the cutting and sewing process, ensuring that they have enough material without excessive waste.In conclusion, the concept of width average plays a pivotal role in various industries, from manufacturing to architecture and design. By calculating the width average, professionals can make data-driven decisions that lead to better outcomes in their projects. Whether it’s ensuring product consistency, enhancing architectural designs, or optimizing material usage, understanding the width average is essential for achieving success in any field that relies on precise measurements and standards. Therefore, mastering this concept is not only beneficial but necessary for anyone involved in these disciplines.

在数据分析和统计的领域中，理解各种指标对于做出明智的决策至关重要。其中一个常用的指标是宽度平均值，可以定义为一组物体或类别的宽度的平均测量值。这个概念在制造、建筑和设计等领域尤为重要，因为尺寸在功能性和美学中发挥着重要作用。为了说明宽度平均值的重要性，让我们考虑一个制造场景。想象一下，一家公司生产用于建筑的木板。由于木材的自然变化和切割过程，每块木板的宽度可能会有所不同。为了确保产品的一致性，公司需要计算他们生产的木板的宽度平均值。通过测量每块木板的宽度，然后计算平均值，公司可以建立一个符合客户期望和法规要求的标准尺寸。计算宽度平均值相对简单。首先，测量所有木板的宽度。例如，如果五块木板的宽度分别为4厘米、5厘米、6厘米、7厘米和8厘米，总宽度将为30厘米。将这个总数除以木板的数量（5），得到的宽度平均值为6厘米。这个平均值可以用来评估生产过程是否在可接受的范围内，并在必要时进行调整。除了制造业，宽度平均值在建筑学中也适用。建筑师经常需要考虑其设计中各种元素的平均宽度，例如门、窗和走廊。例如，如果一位建筑师正在设计一座新建筑，并希望确保走廊足够宽以便于通行，他们可能会计算类似环境中现有建筑的宽度平均值。这个计算出的平均值可以指导他们做出增强未来居民使用便利性和舒适性的决策。此外，宽度平均值在时尚和纺织设计领域也很有益。设计师通常需要处理不同宽度的面料，理解宽度平均值可以帮助他们确定制作特定服装所需的材料量。如果一位设计师正在制作一件需要几块面料的裙子，知道他们打算使用的面料的宽度平均值可以显著简化剪裁和缝制过程，确保他们拥有足够的材料而不造成过多浪费。总之，宽度平均值的概念在多个行业中发挥着关键作用，从制造到建筑和设计。通过计算宽度平均值，专业人士可以做出基于数据的决策，从而在项目中取得更好的结果。无论是确保产品一致性、增强建筑设计，还是优化材料使用，理解宽度平均值对于在任何依赖精确测量和标准的领域取得成功都是至关重要的。因此，掌握这一概念不仅是有益的，而且是参与这些学科的任何人的必要条件。