experimental examination

简明释义

试验检验

英英释义

例句

1.For her thesis, she designed an experimental examination 实验性检查 to test the hypothesis.

为了她的论文，她设计了一项实验性检查 experimental examination来验证假设。

2.In the lab, we set up an experimental examination 实验性检查 to observe the behavior of the chemical reaction.

在实验室里，我们设置了一项实验性检查 experimental examination，以观察化学反应的行为。

3.The experimental examination 实验性检查 included various control variables to ensure accurate results.

这项实验性检查 experimental examination包括各种控制变量，以确保结果的准确性。

4.The researchers conducted an experimental examination 实验性检查 to determine the effects of the new drug on patients.

研究人员进行了一项实验性检查 experimental examination，以确定新药对患者的影响。

5.The experimental examination 实验性检查 revealed significant differences between the two groups.

这项实验性检查 experimental examination揭示了两组之间的显著差异。

作文

In the field of science and education, the term experimental examination refers to a method of assessment that involves practical tests or hands-on experiments to evaluate students' understanding of concepts. This approach contrasts with traditional examinations that primarily rely on theoretical knowledge and written tests. The use of experimental examination has gained popularity in recent years, as educators recognize the importance of experiential learning in fostering critical thinking and problem-solving skills.One of the main advantages of experimental examination is that it allows students to engage directly with the material they are studying. For instance, in a biology class, instead of simply memorizing the parts of a cell, students might conduct a lab experiment where they observe cell division under a microscope. This not only reinforces their understanding but also makes the learning process more enjoyable and interactive. By involving students in hands-on activities, experimental examination helps to bridge the gap between theory and practice.Moreover, experimental examination encourages collaboration among students. Many experiments require teamwork, which cultivates communication skills and fosters a sense of community within the classroom. When students work together to solve problems, they learn from each other and develop a deeper comprehension of the subject matter. This collaborative aspect of experimental examination can lead to improved academic outcomes, as students are often more motivated when they are part of a group.Another significant benefit of experimental examination is its ability to assess a wider range of skills. Traditional exams may focus primarily on rote memorization and the ability to recall information quickly. In contrast, experimental examination evaluates students’ abilities to apply knowledge in real-world situations, think critically, and adapt to unforeseen challenges. For example, a physics experiment might require students to design an experiment to test a hypothesis, analyze the data collected, and draw conclusions based on their findings. This multifaceted assessment provides a more comprehensive view of a student’s capabilities.However, implementing experimental examination poses certain challenges. One of the primary concerns is the need for adequate resources and facilities. Not all schools have access to laboratories or the necessary equipment to conduct experiments, which can limit the effectiveness of this assessment method. Additionally, teachers must be well-trained to facilitate experimental examination effectively, ensuring that all students understand the objectives and procedures of the experiments.Furthermore, there is a risk that some students may not perform as well in experimental examination settings compared to traditional exams. Students who thrive in structured environments may feel anxious in a hands-on setting where outcomes are less predictable. Therefore, it is crucial for educators to create a balanced assessment strategy that incorporates both traditional and experimental methods to accommodate diverse learning styles.In conclusion, experimental examination represents a progressive shift in educational assessment, emphasizing the importance of hands-on learning and real-world application of knowledge. While there are challenges associated with its implementation, the benefits of fostering critical thinking, collaboration, and a deeper understanding of subject matter make it a valuable addition to modern education. As we continue to explore innovative teaching methods, the role of experimental examination will likely grow, paving the way for a more engaging and effective learning experience for students everywhere.

在科学和教育领域，术语实验性考试指的是一种评估方法，涉及实践测试或动手实验，以评估学生对概念的理解。这种方法与主要依赖理论知识和书面测试的传统考试形成对比。由于教育工作者认识到体验式学习在培养批判性思维和解决问题能力方面的重要性，近年来使用实验性考试越来越受欢迎。实验性考试的主要优点之一是它允许学生直接参与他们正在学习的材料。例如，在生物课上，学生们可能不只是简单地记忆细胞的各个部分，而是进行实验室实验，观察显微镜下的细胞分裂。这不仅巩固了他们的理解，还使学习过程更加愉快和互动。通过让学生参与动手活动，实验性考试帮助弥合理论与实践之间的鸿沟。此外，实验性考试鼓励学生之间的合作。许多实验需要团队合作，这培养了沟通技能，并在课堂内营造了社区感。当学生们一起努力解决问题时，他们互相学习，对学科内容有更深入的理解。这种实验性考试的协作特性可以导致学业成绩的改善，因为当学生成为小组的一部分时，他们往往更加有动力。实验性考试的另一个显著好处是它能够评估更广泛的技能。传统考试可能主要关注死记硬背和快速回忆信息的能力。相比之下，实验性考试评估学生在现实世界情境中应用知识、批判性思考和适应不可预见挑战的能力。例如，物理实验可能要求学生设计一个实验来检验假设，分析收集的数据，并根据他们的发现得出结论。这种多方面的评估提供了对学生能力的更全面的看法。然而，实施实验性考试也面临一些挑战。主要的担忧之一是对足够资源和设施的需求。并非所有学校都有实验室或进行实验所需的设备，这可能限制这种评估方法的有效性。此外，教师必须经过良好的培训，以有效地促进实验性考试，确保所有学生理解实验的目标和程序。此外，有些学生在实验性考试环境中的表现可能不如传统考试好。在结构化环境中表现良好的学生可能会在动手设置中感到焦虑，因为结果不那么可预测。因此，教育者必须制定平衡的评估策略，结合传统和实验方法，以适应不同的学习风格。总之，实验性考试代表了教育评估的进步转变，强调了动手学习和知识实际应用的重要性。尽管实施过程中存在挑战，但促进批判性思维、合作以及对学科内容更深入理解的好处使其成为现代教育中有价值的补充。随着我们继续探索创新的教学方法，实验性考试的角色可能会不断扩大，为世界各地的学生创造更具吸引力和有效的学习体验。