reading value per division of vernier

简明释义

游标尺每格读数值

英英释义

例句

1.When measuring the length of the object, the technician noted the reading value per division of vernier 游标尺每一划的读数值 to ensure accuracy.

在测量物体的长度时，技术员注意到 游标尺每一划的读数值 游标尺每一划的读数值 以确保准确性。

2.To calculate the total measurement, you must first understand the reading value per division of vernier 游标尺每一划的读数值.

要计算总测量值，您必须首先理解 游标尺每一划的读数值 游标尺每一划的读数值 。

3.Before taking measurements, always check the reading value per division of vernier 游标尺每一划的读数值 to avoid errors.

在进行测量之前，请始终检查 游标尺每一划的读数值 游标尺每一划的读数值 以避免错误。

4.The engineer explained how to determine the reading value per division of vernier 游标尺每一划的读数值 during the training session.

工程师在培训课上解释了如何确定 游标尺每一划的读数值 游标尺每一划的读数值 。

5.The reading value per division of vernier 游标尺每一划的读数值 is crucial for precise engineering applications.

对于精确的工程应用，游标尺每一划的读数值 游标尺每一划的读数值 是至关重要的。

作文

The vernier caliper is a precise measuring instrument widely used in various fields such as engineering, manufacturing, and science. One of the key features of the vernier caliper is its ability to provide accurate measurements by utilizing the concept of the reading value per division of vernier. This term refers to the smallest increment that can be measured using the vernier scale, which is crucial for obtaining precise readings. Understanding this concept is essential for anyone who intends to use a vernier caliper effectively.To grasp the significance of the reading value per division of vernier, one must first understand how a vernier caliper works. The instrument consists of a main scale and a sliding vernier scale. The main scale is marked in millimeters or inches, while the vernier scale allows for finer measurements. When measuring an object, the user aligns the zero mark of the vernier scale with the edge of the object and then reads the measurement where the scales align. The difference between the two scales provides a more accurate reading than the main scale alone.The reading value per division of vernier is determined by the number of divisions on the vernier scale compared to the main scale. For example, if the main scale has 10 divisions that equal 1 centimeter, and the vernier scale has 10 divisions that also span the same length, the reading value per division of vernier would be 0.1 centimeters or 1 millimeter. This means that each division on the vernier scale represents a tenth of a centimeter, allowing for more precise measurements than what the main scale can provide alone.This precision is particularly important in fields where exact measurements are critical. For instance, in mechanical engineering, even a slight deviation in measurement can lead to significant issues in assembly and functionality. Therefore, understanding the reading value per division of vernier enables engineers and technicians to take accurate measurements, ensuring that components fit together perfectly.In addition to engineering, the reading value per division of vernier is equally important in scientific research and experiments. Researchers often require precise measurements for their experiments to ensure validity and reliability. A small error in measurement can lead to incorrect conclusions, which could potentially affect further research and applications. Thus, knowing how to read the vernier caliper accurately, including understanding the reading value per division of vernier, is vital for scientists.Moreover, learning to use a vernier caliper correctly, including mastering the reading value per division of vernier, is a valuable skill that enhances one's technical capabilities. It is not just about taking measurements; it is about developing a keen eye for detail and accuracy. This skill can be beneficial in various careers, from engineering and manufacturing to quality control and laboratory work.In conclusion, the reading value per division of vernier is a fundamental aspect of using a vernier caliper effectively. It allows users to achieve precise measurements, which is essential in many professional fields. By understanding how to determine and utilize this reading value, individuals can improve their measurement skills, leading to better outcomes in their respective areas of work. Mastering this concept ultimately contributes to success in any field that relies on accurate measurement and attention to detail.

游标卡尺是一种广泛用于工程、制造和科学等各个领域的精密测量工具。游标卡尺的一个关键特性是通过利用游标每分度的读数值的概念来提供准确的测量。这个术语指的是使用游标尺时可以测量的最小增量，这对于获得精确读数至关重要。理解这个概念对任何打算有效使用游标卡尺的人来说都是必不可少的。要理解游标每分度的读数值的重要性，首先必须了解游标卡尺的工作原理。该仪器由主尺度和滑动游标组成。主尺度以毫米或英寸为单位标记，而游标则允许进行更细致的测量。当测量物体时，用户将游标尺的零刻度与物体的边缘对齐，然后读取两个刻度对齐处的测量值。两个刻度之间的差异提供了比主尺度单独提供的更准确的读数。游标每分度的读数值是通过游标尺上的分度数量与主尺度的分度数量进行比较来确定的。例如，如果主尺度有10个分度等于1厘米，而游标尺也有10个分度跨越相同的长度，则游标每分度的读数值将为0.1厘米或1毫米。这意味着游标尺上的每个分度代表十分之一厘米，从而允许比主尺度单独提供的更精确的测量。这种精确度在需要精确测量的领域中尤为重要。例如，在机械工程中，即使是微小的测量偏差也可能导致组装和功能上的重大问题。因此，理解游标每分度的读数值使工程师和技术人员能够进行准确的测量，确保组件完美契合。除了工程学，游标每分度的读数值在科学研究和实验中同样重要。研究人员通常需要对实验进行精确测量，以确保有效性和可靠性。测量中的小错误可能导致错误的结论，这可能会影响进一步的研究和应用。因此，了解如何准确读取游标卡尺，包括理解游标每分度的读数值，对科学家们至关重要。此外，学习正确使用游标卡尺，包括掌握游标每分度的读数值，是一项宝贵的技能，可以增强个人的技术能力。这不仅仅是关于进行测量；而是关于培养对细节和准确性的敏锐观察力。这项技能在许多职业中都能带来益处，从工程和制造到质量控制和实验室工作。总之，游标每分度的读数值是有效使用游标卡尺的基本方面。它使用户能够实现精确测量，这在许多专业领域中至关重要。通过理解如何确定和利用这一读数值，个人可以提高他们的测量技能，从而在各自的工作领域取得更好的结果。掌握这一概念最终有助于在任何依赖于准确测量和注重细节的领域中取得成功。