formulism

简明释义

英[ˈfɔːmjʊlɪzəm]美[ˈfɔrmjəˌlɪzm]

n. 公式主义，形式主义；公式的体系

英英释义

单词用法

同义词

反义词

例句

1.But the educability of the children literature must not be promoted to an extreme, otherwise children literature will sink in the mud of conceptualization and formulism.

但决不能把儿童文学的教育性推到极致，否则，儿童文学就会堕入公式化概念化的说教泥坑。

2.But the educability of the children literature must not be promoted to an extreme, otherwise children literature will sink in the mud of conceptualization and formulism.

但决不能把儿童文学的教育性推到极致，否则，儿童文学就会堕入公式化概念化的说教泥坑。

3.On the basis of this formalized system, NLP-oriented disambiguation knowledge along with its representation formulism and application strategy is given.

在这种知识的形式化表示基础上，给出了NLP中的消歧知识及其表示形式，以及基于消歧知识的消歧策略。

4.In mathematics, excessive reliance on formulas can lead to a type of formulism 公式主义 that stifles creativity.

在数学中，过度依赖公式可能导致一种<正在使用的> formulism 公式主义，抑制创造力。

5.The teacher warned against formulism 公式主义 in scientific writing, emphasizing the importance of critical thinking.

老师警告不要在科学写作中出现formulism 公式主义，强调批判性思维的重要性。

6.His approach to problem-solving was criticized for its formulism 公式主义, as he followed a strict set of rules without considering the context.

他的问题解决方法因其formulism 公式主义而受到批评，因为他遵循了一套严格的规则，而没有考虑上下文。

7.In art, formulism 公式主义 can result in works that lack originality and emotional depth.

在艺术中，formulism 公式主义可能导致作品缺乏原创性和情感深度。

8.The debate about formulism 公式主义 in education centers around whether standardized tests truly measure student understanding.

关于教育中的formulism 公式主义的辩论集中在标准化考试是否真正衡量学生理解能力。

作文

In the realm of education, one often encounters various teaching methodologies that aim to enhance the learning experience. One such approach is known as formulism, which can be defined as the reliance on established formulas or procedures in teaching and learning processes. This method emphasizes the importance of following specific rules and structures, often at the expense of creativity and critical thinking. While formulism might provide a clear framework for students to grasp fundamental concepts, it can also lead to a rigid understanding of knowledge that stifles innovation. The advantages of formulism are evident in subjects like mathematics and science, where structured problem-solving techniques are essential. For instance, in mathematics, students learn to solve equations by applying standard formulas. This approach helps them achieve quick results and develop a sense of confidence in their abilities. However, an overemphasis on formulism can result in a superficial understanding of the subject matter. Students may become adept at applying formulas without truly comprehending the underlying principles or the 'why' behind them. Moreover, in the context of creative subjects such as art and literature, formulism can be detrimental. When students are taught to adhere strictly to certain styles or formats, they may feel constrained and less inclined to explore their unique voices. The beauty of art and literature lies in their capacity to convey individual perspectives and emotions. By imposing rigid structures, formulism can inhibit this vital aspect of artistic expression. Furthermore, formulism can extend beyond educational practices into everyday life. Many individuals adopt formulaic approaches to problem-solving, relying on tried-and-true methods rather than exploring innovative solutions. While this can lead to efficiency, it may also prevent personal growth and adaptability. In a rapidly changing world, the ability to think critically and adapt to new situations is paramount. Thus, an overreliance on formulism can hinder one's ability to navigate complexities effectively. To strike a balance, educators should aim to integrate formulism with more flexible, inquiry-based approaches. By encouraging students to question established formulas and explore alternative methods, teachers can foster a deeper understanding of the subject matter. For example, in a mathematics class, instead of solely focusing on applying formulas, educators could encourage students to derive their own equations based on real-world scenarios. This not only reinforces the relevance of mathematical concepts but also nurtures critical thinking skills. In conclusion, while formulism has its merits in providing structure and clarity, it is essential to recognize its limitations. By promoting a more holistic approach to education that values creativity and critical thinking alongside established formulas, we can prepare students to thrive in an increasingly complex world. Ultimately, the goal should be to equip learners with the tools they need to navigate both the structured and unstructured aspects of life, fostering a generation of thinkers who are not just formulaic in their approaches but also innovative and adaptable.

在教育领域，人们经常会遇到各种教学方法，旨在增强学习体验。其中一种方法被称为公式主义，可以定义为在教学和学习过程中依赖于既定公式或程序。这种方法强调遵循特定规则和结构的重要性，往往以牺牲创造力和批判性思维为代价。虽然公式主义可能为学生提供一个清晰的框架，使他们掌握基本概念，但它也可能导致对知识的僵化理解，从而抑制创新。 公式主义的优点在于数学和科学等学科中尤为明显，在这些学科中，结构化的问题解决技巧至关重要。例如，在数学中，学生通过应用标准公式来学习解决方程。这种方法帮助他们迅速获得结果，并培养了他们对自己能力的信心。然而，过分强调公式主义可能导致对学科内容的肤浅理解。学生可能善于应用公式，却并未真正理解其背后的原理或“为什么”。 此外，在艺术和文学等创造性学科的背景下，公式主义可能是有害的。当学生被教导严格遵循某些风格或格式时，他们可能会感到受限，从而不愿探索自己独特的声音。艺术和文学的美在于其传达个人视角和情感的能力。通过施加僵化的结构，公式主义可能抑制这一艺术表达的重要方面。 此外，公式主义不仅限于教育实践，还延伸到日常生活中。许多人采用公式化的方法解决问题，依赖于经过验证的方法，而不是探索创新的解决方案。虽然这可能导致效率，但也可能阻碍个人成长和适应能力。在快速变化的世界中，批判性思维和适应新情况的能力至关重要。因此，过度依赖公式主义可能妨碍人们有效应对复杂性。 为了达到平衡，教育工作者应致力于将公式主义与更灵活的探究式方法结合起来。通过鼓励学生质疑既定公式并探索替代方法，教师可以培养学生对学科内容的更深刻理解。例如，在数学课堂上，教育工作者可以鼓励学生基于现实世界的情境推导自己的方程，而不仅仅是专注于应用公式。这不仅加强了数学概念的相关性，还培养了批判性思维技能。 总之，虽然公式主义在提供结构和清晰性方面具有优势，但认识到其局限性至关重要。通过促进一种更全面的教育方法，既重视创造力和批判性思维，又重视既定公式，我们可以为学生做好准备，使他们在日益复杂的世界中蓬勃发展。最终，目标应该是为学习者提供必要的工具，以应对生活中结构化和非结构化的各个方面，培养出一代不仅在方法上是公式化的，而且在创新和适应能力上也出色的思考者。