basic material

简明释义

1. 原料; 2. 碱性材料;

英英释义

例句

1.For this science project, you will need to gather basic material (基本材料) such as paper, scissors, and glue.

对于这个科学项目，你需要收集诸如纸张、剪刀和胶水等基本材料。

2.Teachers often emphasize the importance of understanding basic material (基本材料) before moving on to advanced topics.

教师经常强调在进入高级主题之前理解基本材料的重要性。

3.In construction, concrete is considered a basic material (基本材料) for building foundations.

在建筑中，混凝土被视为建造基础的基本材料。

4.The workshop will provide all basic material (基本材料) needed for the participants to create their crafts.

研讨会将提供所有参与者制作工艺品所需的基本材料。

5.The artist primarily works with basic material (基本材料) like clay and paint.

这位艺术家主要使用像粘土和油漆这样的基本材料。

作文

In the world of education and learning, understanding the concept of basic material is crucial for students and educators alike. Basic material refers to the fundamental resources or content that form the foundation of knowledge in any subject area. For instance, in mathematics, basic material includes essential concepts such as addition, subtraction, multiplication, and division. These principles are not just arbitrary; they serve as the building blocks for more complex mathematical theories and applications. Without a solid grasp of this basic material, students may struggle to understand advanced topics like algebra or calculus.Similarly, in the realm of language learning, basic material encompasses vocabulary, grammar rules, and pronunciation. A learner must first acquire a set of basic words and phrases to communicate effectively. This basic material acts as a toolkit, enabling individuals to express their thoughts and ideas clearly. For example, when learning English, one might start with simple greetings and everyday expressions before progressing to more intricate sentence structures. Thus, basic material plays an indispensable role in language acquisition, providing learners with the necessary framework to build upon.In science, basic material often includes fundamental principles and laws that govern natural phenomena. Take physics, for example; the laws of motion formulated by Sir Isaac Newton represent basic material that every aspiring physicist must comprehend. These principles not only explain how objects move but also lay the groundwork for more advanced studies in mechanics, thermodynamics, and beyond. Without a thorough understanding of this basic material, students would find it challenging to grasp the intricacies of scientific inquiry and experimentation.Moreover, the significance of basic material extends beyond academic pursuits. In everyday life, we encounter various situations that require us to apply our understanding of basic material. For instance, managing personal finances necessitates a grasp of basic math skills, while cooking often involves following simple recipes that rely on fundamental measurements and techniques. Therefore, the ability to master basic material is not only vital for academic success but also for navigating daily challenges effectively.Educators play a pivotal role in helping students engage with basic material. They must create a supportive learning environment that encourages exploration and curiosity. By incorporating interactive activities, discussions, and practical applications, teachers can help students connect with basic material in meaningful ways. Additionally, providing timely feedback and resources can further enhance students' understanding and retention of this foundational content.In conclusion, basic material serves as the cornerstone of education across various disciplines. Whether in mathematics, language, science, or everyday life, a solid foundation of basic material empowers individuals to tackle more complex concepts with confidence. As students continue their educational journeys, it is essential to recognize the importance of mastering this basic material, as it equips them with the skills and knowledge needed for future success. Ultimately, the journey of learning begins with a strong grasp of basic material, paving the way for lifelong growth and discovery.

在教育和学习的世界中，理解“基本材料”的概念对学生和教育工作者来说至关重要。“基本材料”指的是构成任何学科知识基础的基本资源或内容。例如，在数学中，“基本材料”包括诸如加法、减法、乘法和除法等基本概念。这些原则并不是随意的；它们作为更复杂的数学理论和应用的构建块。如果没有对这些“基本材料”的扎实掌握，学生可能会很难理解代数或微积分等高级主题。同样，在语言学习的领域中，“基本材料”包含词汇、语法规则和发音。学习者必须首先掌握一组基本单词和短语，以便有效沟通。这些“基本材料”充当工具箱，使个人能够清晰地表达他们的思想和观点。例如，当学习英语时，人们可能会从简单的问候语和日常表达开始，然后再逐步过渡到更复杂的句子结构。因此，“基本材料”在语言习得中扮演着不可或缺的角色，为学习者提供了必要的框架以供进一步构建。在科学中，“基本材料”通常包括支配自然现象的基本原理和定律。以物理学为例，艾萨克·牛顿提出的运动定律代表了每个有志于成为物理学家的学生必须理解的“基本材料”。这些原则不仅解释了物体如何运动，还为更高级的力学、热力学等研究奠定了基础。如果没有对这些“基本材料”的透彻理解，学生将发现很难掌握科学探究和实验的复杂性。此外，“基本材料”的重要性超越了学术追求。在日常生活中，我们会遇到各种需要我们运用对“基本材料”理解的情况。例如，管理个人财务需要掌握基本的数学技能，而烹饪往往涉及遵循依赖于基本测量和技术的简单食谱。因此，掌握“基本材料”的能力不仅对学术成功至关重要，而且对于有效应对日常挑战也至关重要。教育工作者在帮助学生接触“基本材料”方面发挥着关键作用。他们必须创造一个支持性的学习环境，鼓励探索和好奇心。通过融入互动活动、讨论和实际应用，教师可以帮助学生以有意义的方式与“基本材料”建立联系。此外，提供及时的反馈和资源可以进一步增强学生对这一基础内容的理解和记忆。总之，“基本材料”是各学科教育的基石。无论是在数学、语言、科学还是日常生活中，扎实的“基本材料”基础使个人能够自信地应对更复杂的概念。随着学生继续他们的教育之旅，认识到掌握这一“基本材料”的重要性至关重要，因为这为他们提供了未来成功所需的技能和知识。最终，学习之旅始于对“基本材料”的深刻理解，为终身成长和发现铺平了道路。