final controlled conditions

简明释义

最后控制条件

英英释义

例句

1.Our findings were validated under final controlled conditions, confirming their reliability.

我们的发现是在最终控制条件下验证的，确认了其可靠性。

2.The product was tested in final controlled conditions before being released to the market.

该产品在上市前经过最终控制条件的测试。

3.In the lab, we simulate final controlled conditions to predict real-world outcomes.

在实验室中，我们模拟最终控制条件以预测现实世界的结果。

4.Researchers must document all variables when testing in final controlled conditions.

研究人员在最终控制条件下测试时，必须记录所有变量。

5.The experiment was conducted under final controlled conditions to ensure accurate results.

实验在最终控制条件下进行，以确保结果的准确性。

作文

In the realm of scientific research, understanding variables and their effects is crucial for drawing accurate conclusions. One term that encapsulates this idea is final controlled conditions, which refers to the specific circumstances under which an experiment is conducted to ensure that the results are valid and reliable. When researchers speak of final controlled conditions (最终控制条件), they are emphasizing the importance of eliminating external factors that could skew the data. This concept is particularly important in fields such as psychology, biology, and chemistry, where even the slightest change in the environment can lead to vastly different outcomes.To illustrate the significance of final controlled conditions, consider a simple experiment designed to test the effectiveness of a new fertilizer on plant growth. If the researcher does not control for factors such as soil type, amount of sunlight, and water supply, the results may not accurately reflect the fertilizer's true impact. By establishing final controlled conditions (最终控制条件), the researcher can isolate the variable of interest—the fertilizer—thereby ensuring that any observed changes in plant growth can be attributed solely to its application.Furthermore, maintaining final controlled conditions is essential for reproducibility in science. Other researchers must be able to replicate the study under the same conditions to verify the findings. If the original experiment was conducted without proper controls, subsequent studies may yield conflicting results, leading to confusion and skepticism within the scientific community. Thus, the rigor of final controlled conditions (最终控制条件) plays a pivotal role in the advancement of knowledge.In addition to its relevance in laboratory settings, the concept of final controlled conditions can also be applied to everyday life. For example, when conducting a taste test for a new recipe, it is vital to ensure that all participants sample the dish under similar circumstances—same time of day, same serving size, and similar environmental factors like noise and temperature. By controlling these variables, one can obtain more accurate feedback on the recipe's appeal. This principle mirrors the scientific approach, underscoring how the need for final controlled conditions (最终控制条件) transcends beyond formal experiments into practical applications.Moreover, in the context of education, teachers often strive to create final controlled conditions for assessments. By standardizing the testing environment—such as ensuring that all students take the exam in a quiet room with the same materials—educators can fairly evaluate each student's performance. This method helps to mitigate any biases that may arise from differing circumstances, thereby promoting equity in educational assessments.In conclusion, the term final controlled conditions (最终控制条件) is integral to both scientific research and everyday practices. It highlights the necessity of controlling variables to achieve valid results, whether in a lab or during a simple taste test. By understanding and applying this concept, we can enhance the reliability of our findings and improve the quality of our decision-making processes. Whether we are conducting experiments, evaluating recipes, or administering tests, the principles behind final controlled conditions remain a cornerstone of effective analysis and evaluation.