conceptually

简明释义

英[kənˈseptʃuəli]美[kənˈseptʃuəli]

adv. 概念上

英英释义

单词用法

同义词

反义词

例句

1.User impersonation is conceptually simple.

用户模拟在概念上很简单。

2.Being conceptually blind is not a bad thing.

是个盲人不是个坏事。

3.But conceptually it is very similar.

但在概念上它们很相似。

4.Strictly speaking, Commands are also conceptually part of the model.

严格地说，命令概念上也是模型一部分。

5.Conceptually, a sandbox can be represented as in Figure 1.

概念上讲，沙箱可以表示为图1所示。

6.As such ports conceptually decouple a class from the provider.

因为这样的端口在概念上解除了对提供者提供的类的耦合。

7.They explained the new model conceptually 概念上 before diving into the technical details.

他们在深入技术细节之前，概念上解释了新模型。

8.The two theories are conceptually 概念上 similar, even though they use different terminology.

这两种理论在概念上是相似的，尽管它们使用了不同的术语。

9.When we approach the problem conceptually, 概念上 we can see multiple solutions.

当我们从概念上看待这个问题时，可以看到多种解决方案。

10.The idea is conceptually 概念上 appealing, but it may not be feasible in practice.

这个想法在概念上是吸引人的，但在实践中可能不可行。

11.The project is conceptually 概念上 sound, but it requires more research to be practical.

这个项目在概念上是合理的，但需要更多的研究才能变得实用。

作文

In the realm of education, understanding concepts is crucial for effective learning. Students often struggle with grasping abstract ideas, which can hinder their academic progress. To address this issue, educators must focus on teaching strategies that promote a deeper comprehension of subjects. One such approach is to present information in a way that is conceptually engaging. This means breaking down complex ideas into manageable parts, allowing students to build their knowledge progressively.For instance, when teaching mathematics, instead of simply presenting formulas and equations, teachers can use real-world examples to illustrate how these concepts apply in everyday life. By demonstrating how mathematical principles work conceptually, students can better relate to the material and see its relevance. This method not only fosters a greater interest in the subject but also encourages critical thinking skills.Moreover, conceptually understanding a subject allows students to make connections between different areas of knowledge. For example, in science, students who grasp the fundamental concepts of physics can apply them to understand chemistry and biology more effectively. This interconnectedness of disciplines highlights the importance of teaching conceptually rather than in isolation.Another effective strategy is the use of visual aids and interactive activities. When students can visualize concepts through diagrams, charts, or hands-on experiments, they are more likely to retain the information. These tools help clarify abstract ideas and provide a conceptually rich learning experience. In addition, group discussions and collaborative projects encourage students to articulate their understanding, further reinforcing their grasp of the material.Furthermore, technology plays a significant role in enhancing conceptually driven education. Online platforms and educational software can offer personalized learning experiences, allowing students to explore concepts at their own pace. Interactive simulations can demonstrate complex processes conceptually, making them more accessible and easier to understand.However, it is essential for educators to assess whether students truly comprehend the concepts being taught. Traditional testing methods may not accurately reflect a student’s understanding, as they often focus on rote memorization rather than conceptually grasping the material. Alternative assessment methods, such as project-based learning or oral presentations, can provide insights into a student’s ability to apply their knowledge in practical situations.In conclusion, fostering a conceptually rich learning environment is vital for student success. By employing diverse teaching strategies, utilizing technology, and implementing alternative assessment methods, educators can enhance students’ understanding of complex ideas. This approach not only prepares students for academic challenges but also equips them with the skills needed to navigate the complexities of the world around them. Ultimately, a conceptually focused education empowers students to become lifelong learners, capable of adapting and thriving in an ever-changing society.

在教育领域，理解概念对有效学习至关重要。学生们常常在掌握抽象思想方面遇到困难，这可能会阻碍他们的学业进展。为了解决这个问题，教育工作者必须专注于促进更深层次理解学科的教学策略。其中一种方法是以一种概念性地吸引人的方式呈现信息。这意味着将复杂的思想分解为可管理的部分，使学生能够逐步建立他们的知识。例如，在教授数学时，教师可以通过真实世界的例子来说明这些概念如何在日常生活中应用，而不是单纯地呈现公式和方程式。通过展示数学原理如何概念性地运作，学生能够更好地与材料相关联，并看到其相关性。这种方法不仅培养了对该学科的更大兴趣，还鼓励了批判性思维技能。此外，概念性地理解一个学科使学生能够在不同知识领域之间建立联系。例如，在科学课上，掌握物理基本概念的学生可以更有效地应用这些概念来理解化学和生物。这种学科之间的互联性凸显了以概念性地方式进行教学的重要性，而不是孤立地进行教学。另一种有效的策略是使用视觉辅助工具和互动活动。当学生能够通过图表、图形或动手实验来可视化概念时，他们更有可能记住这些信息。这些工具有助于澄清抽象思想，并提供概念性地丰富的学习体验。此外，小组讨论和协作项目鼓励学生表达他们的理解，进一步巩固他们对材料的掌握。此外，技术在增强概念性地驱动的教育中起着重要作用。在线平台和教育软件可以提供个性化的学习体验，使学生能够按照自己的节奏探索概念。互动模拟可以概念性地演示复杂过程，使其更易于理解。然而，教育者评估学生是否真正理解所教概念是至关重要的。传统测试方法可能无法准确反映学生的理解，因为它们通常侧重于死记硬背而不是概念性地掌握材料。替代评估方法，例如基于项目的学习或口头报告，可以提供学生在实际情境中应用知识的能力的见解。总之，营造一个概念性地丰富的学习环境对于学生的成功至关重要。通过采用多样化的教学策略、利用技术和实施替代评估方法，教育者可以增强学生对复杂思想的理解。这种方法不仅为学生应对学术挑战做好准备，还使他们具备应对周围世界复杂性的能力。最终，概念性地聚焦的教育赋予学生成为终身学习者的能力，使他们能够在不断变化的社会中适应和蓬勃发展。