schematically

简明释义

英[skiːˈmætɪkli]美[skiːˈmætɪkli]

adv. 计划性地；按照图式

英英释义

单词用法

同义词

反义词

例句

1.Write a program to solve the problem with 4 counters schematically.

写一个程序示意性地解决四个筹码转移的问题。

2.This second option is shown schematically in Figure 6.

第二个选项示意图见图6。

3.The new type of machine is shown schematically above.

上图所示是这种新型机器的简图。

4.FIG. 13 schematically illustrates a block match size map;

图13示意性地示出了块匹配尺寸图；

5.Figure 1 schematically depicts the optical configuration for the first proposed technique.

图1图描绘光学配置为首先提出的技术。

6.The working of this Controller component, along with the four core components is shown schematically in Figure 1.

图 1示意性地显示Controller组件以及4 个核心组件的工作。

7.Figure 72 shows schematically one possible situation.

图72示意地表明一种可能的情况。

8.This process is called "scoring." Figure 2 shows this schematically

这个过程称作 “评价”。

9.The software architecture was laid out schematically, making it easy for the team to understand the workflow.

软件架构以示意图的方式呈现，使团队能够轻松理解工作流程。

10.He drew the family tree schematically to show the relationships between different generations.

他以示意图的方式绘制了家谱，以显示不同世代之间的关系。

11.The engineer presented the circuit design schematically to illustrate how each component connects.

工程师以示意图的方式展示了电路设计，以说明每个组件如何连接。

12.In the biology lecture, the professor explained the process of photosynthesis schematically using diagrams.

在生物学讲座中，教授通过图表以示意图的方式解释了光合作用的过程。

13.The report included a schematically drawn flowchart to outline the steps in the project.

报告中包括了一张以示意图绘制的流程图，以概述项目中的步骤。

作文

In the realm of education, particularly in the teaching of complex subjects such as mathematics and science, the use of visual aids has proven to be immensely beneficial. One effective method of conveying intricate concepts is through the use of diagrams and charts. By presenting information schematically, educators can help students grasp difficult material more easily. This approach allows learners to visualize relationships between different elements, making it easier to understand how they interact with one another.For instance, when teaching geometry, a teacher might draw various shapes on the board and label their properties schematically. This not only aids in memory retention but also provides a clear framework for students to follow. Rather than relying solely on verbal explanations, which can often lead to confusion, visual representations offer a concrete reference point. Students can see at a glance how angles relate to one another or how the Pythagorean theorem applies to right triangles.Similarly, in science classes, schematically illustrating processes such as photosynthesis or the water cycle can significantly enhance comprehension. When students are presented with a flowchart that outlines each step of these processes, they are more likely to remember the sequence and significance of each part. The ability to visualize these steps schematically transforms abstract ideas into tangible concepts that are easier to digest.Moreover, using schematically organized notes can also improve study habits. Students who take notes in a structured manner, incorporating diagrams and bullet points, may find it easier to review and retain information. This method encourages active engagement with the material, allowing learners to connect ideas and identify key themes. By organizing thoughts schematically, students can create a mental map that guides them through complex topics.The benefits of presenting information schematically extend beyond the classroom. In professional settings, clear and concise presentations often rely on visual aids to communicate ideas effectively. Business professionals frequently employ charts and graphs to illustrate data trends, enabling stakeholders to make informed decisions based on visual representations of information. When data is presented schematically, it becomes more accessible and easier to interpret, thereby facilitating better understanding among team members.In conclusion, the practice of presenting information schematically is a powerful tool in both educational and professional contexts. By utilizing visual aids, individuals can enhance their understanding of complex material and improve communication. Whether in a classroom or a boardroom, the ability to convey ideas clearly and schematically is invaluable. As we continue to navigate an increasingly complex world, the importance of visual representation in learning and communication will only grow, making it essential for educators and professionals alike to embrace this effective strategy.

在教育领域，尤其是在教授复杂的学科如数学和科学时，使用视觉辅助工具被证明是非常有益的。通过图表和图解来传达复杂概念是一种有效的方法。通过以示意图形式呈现信息，教育工作者可以帮助学生更容易地掌握困难的材料。这种方法使学习者能够可视化不同元素之间的关系，从而更容易理解它们如何相互作用。例如，在教授几何时，老师可能会在黑板上画出各种形状并以示意图形式标注其属性。这不仅有助于记忆保持，还提供了一个清晰的框架供学生遵循。与其单靠口头解释，这往往会导致混淆，不如使用视觉表示提供具体的参考点。学生可以一目了然地看到角度之间的关系，或者勾股定理如何应用于直角三角形。同样，在科学课上，以示意图形式展示光合作用或水循环等过程也能显著增强理解。当学生面对一个概述这些过程每个步骤的流程图时，他们更有可能记住顺序和每个部分的重要性。将这些步骤以示意图形式可视化，将抽象的想法转化为易于消化的具体概念。此外，使用示意图形式组织笔记也可以改善学习习惯。那些以结构化方式记笔记的学生，结合图表和要点，可能会发现复习和保留信息变得更容易。这种方法鼓励积极参与材料，使学习者能够连接思想并识别关键主题。通过以示意图形式组织思维，学生可以创建一个心理地图，指导他们理解复杂主题。以示意图形式呈现信息的好处超越了课堂。在专业环境中，清晰简明的演示通常依赖于视觉辅助工具来有效沟通思想。商业专业人士经常使用图表和图形来说明数据趋势，使利益相关者能够基于信息的视觉表现做出明智的决策。当数据以示意图形式呈现时，它变得更易于访问和解释，从而促进团队成员之间更好的理解。总之，以示意图形式呈现信息的实践是教育和专业环境中的一种强大工具。通过利用视觉辅助工具，个人可以增强对复杂材料的理解并改善沟通。无论是在教室还是会议室，清晰且示意图形式地传达思想的能力都是无价的。随着我们继续在日益复杂的世界中导航，以视觉方式进行学习和沟通的重要性只会增加，这使得教育工作者和专业人士都必须接受这一有效策略。