accurateness

accurateness的音标是[ˌækjʊərətɪsnəs]，基本翻译是准确性。记忆技巧可以是通过将单词拆分并记忆每个部分的含义来帮助记忆。例如，accurate（准确的）和ness（名词后缀）可以一起记忆，而ac-表示“强调”，cur-表示“关心”，-acy表示“状态”，连在一起就是“强调关心状态”。再结合ness的词根memory（记忆），就可以联想到accurateness（准确性）指的是“强调记忆的真实性”。

Accuracy 的英文词源：

Accuracy 来自拉丁语 accuracy，由 ad-（向）和 curare（关心）结合而成，表示“向正确的方向努力”。

变化形式：

1. Accuracy - 名词，意为“准确性，精确性”。

2. Accurately - 副词，意为“精确地，准确地”。

相关单词：

1. Accuracy check - 准确性检查，用于确保数据的准确性。

2. Accuracy level - 精度等级，用于描述系统或设备的精度水平。

3. Precision and accuracy - 精密度和准确性，是测量科学中的两个重要概念。

4. Error correction and accuracy improvement - 误差纠正和精度提高，用于改善系统的精度和准确性。

5. Accuracy control - 精度控制，用于控制系统的精度和准确性。

6. Accuracy measurement - 精度测量，用于测量系统的精度和准确性。

7. Accuracy evaluation - 精度评估，用于评估系统的准确性。

8. Accuracy analysis - 精度分析，用于分析系统的误差来源和改进方法。

9. Accuracy-based decision making - 基于准确性的决策制定，是一种基于数据准确性的决策方法。

10. Accuracy-driven design - 以准确性为导向的设计，是一种在设计过程中优先考虑准确性的方法。

常用短语：

1. Accuracy and Precision

2. High Accuracy

3. Precise Measurement

4. Accurately Calculate

5. Accuracy Check

6. Precision Engineering

7. Error Free

双语例句：

1. Accuracy and Precision are essential for successful project completion.

精准度对于项目成功完成至关重要。

2. High Accuracy equipment is commonly used in precision manufacturing.

高精度设备在精密制造中广泛应用。

3. The engineer carefully calculated the measurements with high accuracy.

工程师以高精度仔细地计算了测量值。

4. Accuracy Check is a must before implementing any changes to the system.

在系统实施任何更改之前，必须进行准确性检查。

5. Precision Engineering is critical for ensuring quality products and services.

精确的工程设计对于确保高质量的产品和服务至关重要。

6. Errors are inevitable in any process, but it is our responsibility to minimize them.

任何过程中出现错误都是不可避免的，但减少错误是我们的责任。

7. Error-free operations are the key to maintaining a reliable and efficient production system.

无错误操作是保持一个可靠且高效的制造系统的关键。

英文小作文：

Accuracy is crucial in our daily lives, whether it"s making a precise measurement, calculating a financial transaction, or operating a complex machine. Without accuracy, we would be lost in a world of uncertainty and error. However, achieving accuracy requires a combination of precision and attention to detail, which is why we often rely on high-accuracy equipment and tools to assist us in our endeavors.

From scientific experiments to engineering designs, to medical procedures, accuracy is essential for ensuring that the results are reliable and accurate. Precision engineering ensures that the components of a system work together seamlessly, while accuracy checks ensure that any changes made do not compromise the system"s functionality and reliability.

Error-free operations are also crucial for maintaining a reliable and efficient production system, which is why it is essential to have error-free processes in place from the beginning to ensure that everything runs smoothly and without interruption.

In conclusion, accuracy, precision, and error-free operations are fundamental to achieving success in any endeavor, whether it"s a small task or a complex project. By paying attention to these principles, we can ensure that our work is done well and efficiently, and that we achieve our goals with confidence and certainty.