experimenting

简明释义

英[ɪkˈspɛrɪmɛntɪŋ]美[ɪkˈspɛrɪˌmɛntɪŋ]

adj. 乐于尝试的

v. [试验]实验；尝试（experiment 的 ing 形式）

英英释义

单词用法

同义词

反义词

例句

1.We started experimenting with test automation.

我们开始尝试测试自动化。

2.That takes some experimenting.

这需要一些试验。

3.I've been experimenting with it for months.

我使用它已经有几个月的时间了。

4.We were experimenting throughout the project.

整个项目过程都在尝试。

5.Don't forget I love experimenting.

请不要忘记我喜欢经历。

6.There were musicians in Plato's day who were experimenting with different melodies and rhythms.

在柏拉图的时代，有音乐家尝试不同的旋律和节奏。

7.They are also experimenting.

他们也正在做实验。

8.Daykin began experimenting with windshield wipers in 1957, when his supervisor asked him to design an electric wiper motor.

戴金从1957年开始试验雨刷器，当时他的导师让他设计一个电动雨刷马达。

9.Experimenting, you say?

你是说试验？

10.She enjoys experimenting 实验 in the kitchen, trying out different recipes every weekend.

她喜欢在厨房里<实验>，每个周末尝试不同的食谱。

11.He is experimenting 实验 with various styles of painting to find his unique voice.

他正在<实验>各种绘画风格，以找到自己独特的声音。

12.The scientists are experimenting 实验 with new materials to improve the battery life.

科学家们正在<实验>新材料以改善电池寿命。

13.The team is experimenting 实验 with new software to enhance productivity.

团队正在<实验>新软件以提高生产力。

14.The students are experimenting 实验 with chemical reactions in their lab class.

学生们在实验课上<实验>化学反应。

作文

In the realm of science, experimenting is a fundamental process that drives innovation and discovery. Scientists and researchers engage in experimenting to test hypotheses, validate theories, and explore new phenomena. This methodical approach allows them to gather data, analyze results, and draw conclusions that contribute to our understanding of the world. For instance, when a scientist is experimenting with a new drug, they meticulously design trials to observe its effects on human subjects. By doing so, they can determine the drug's efficacy and safety, which is crucial for medical advancements.Beyond the confines of laboratories, experimenting is also prevalent in everyday life. People often find themselves experimenting with different recipes in the kitchen. A cook might try out a new ingredient or technique to enhance a dish. This spirit of experimenting fosters creativity and allows individuals to discover unique flavors and combinations that they might not have considered otherwise. The act of experimenting in cooking not only provides enjoyment but also encourages learning and adaptation based on feedback from taste testers.Moreover, experimenting plays a vital role in education. In classrooms, teachers encourage students to engage in hands-on activities that promote experimenting with concepts they learn. For example, a physics teacher might have students experimenting with simple machines to understand the principles of mechanics. This interactive approach helps students grasp complex ideas more effectively and cultivates a sense of curiosity and inquiry.The importance of experimenting extends to the field of technology as well. Engineers are constantly experimenting with new designs and materials to create innovative products. Whether it's developing a more efficient battery or designing a user-friendly app, experimenting is integral to the technological advancement that shapes our daily lives. Through experimenting, engineers can identify flaws in their designs and make necessary adjustments before launching a product into the market.Furthermore, experimenting is essential in the arts. Artists often engage in experimenting with different mediums and techniques to express their creativity. A painter might mix colors in unconventional ways or try out various brush strokes to achieve a desired effect. This process of experimenting allows artists to push boundaries and develop their unique styles, contributing to the richness of cultural expression.In conclusion, experimenting is a powerful tool that transcends disciplines and enriches our understanding of the world. Whether in science, cooking, education, technology, or the arts, experimenting fosters innovation, creativity, and growth. It encourages us to ask questions, seek answers, and embrace the unknown. As we continue to navigate an ever-changing landscape, the spirit of experimenting will undoubtedly remain a driving force behind progress and discovery. Embracing experimenting in our daily lives can lead to unexpected insights and breakthroughs, ultimately shaping a better future for all.

在科学领域，experimenting（实验）是推动创新和发现的基本过程。科学家和研究人员通过进行experimenting来测试假设、验证理论和探索新现象。这种系统的方法使他们能够收集数据、分析结果并得出结论，从而有助于我们对世界的理解。例如，当科学家在experimenting（实验）一种新药时，他们会精心设计试验，以观察其对人类受试者的影响。通过这样做，他们可以确定药物的有效性和安全性，这对医学进步至关重要。在实验室的范围之外，experimenting（实验）在日常生活中也很普遍。人们经常发现自己在厨房里进行experimenting（实验）不同的食谱。厨师可能会尝试新的配料或技术来增强菜肴的味道。这种experimenting（实验）的精神培养了创造力，并使个人能够发现独特的风味和组合，他们之前可能没有考虑过。在烹饪中进行experimenting（实验）不仅提供了乐趣，还鼓励根据品尝者的反馈进行学习和适应。此外，experimenting（实验）在教育中也发挥着重要作用。在课堂上，老师鼓励学生参与动手活动，促进他们对所学概念的experimenting（实验）。例如，物理老师可能让学生通过experimenting（实验）简单机械来理解力学原理。这种互动的方法帮助学生更有效地掌握复杂的概念，并培养好奇心和探究精神。experimenting（实验）的重要性还扩展到技术领域。工程师们不断进行experimenting（实验）新的设计和材料，以创造创新产品。无论是开发更高效的电池还是设计用户友好的应用程序，experimenting（实验）都是塑造我们日常生活的技术进步的不可或缺的一部分。通过experimenting（实验），工程师能够识别设计中的缺陷，并在将产品推向市场之前进行必要的调整。此外，experimenting（实验）在艺术中也是必不可少的。艺术家们经常进行experimenting（实验）不同的媒介和技术，以表达他们的创造力。一位画家可能会以非常规的方式混合颜色或尝试各种笔触，以达到预期的效果。这一experimenting（实验）过程使艺术家能够突破界限，发展他们独特的风格，从而丰富文化表达。总之，experimenting（实验）是一种强大的工具，超越了学科的界限，丰富了我们对世界的理解。无论是在科学、烹饪、教育、技术还是艺术中，experimenting（实验）都促进了创新、创造力和成长。它鼓励我们提出问题、寻求答案并拥抱未知。随着我们继续在不断变化的环境中导航，experimenting（实验）的精神无疑将继续成为进步和发现的推动力。在我们的日常生活中接受experimenting（实验）可以带来意想不到的见解和突破，最终为所有人塑造一个更美好的未来。