experimented

简明释义

英[ɪkˈspɛrɪmɛntɪd]美[ɪkˈspɛrɪˌmɛntɪd]

v. [试验]试验；尝试（experiment 的过去式形式）

英英释义

单词用法

同义词

反义词

例句

1.GE has experimented with various tactics.

通用电气已经试验了各种各样的策略。

2.The short answer is that I experimented and guessed! Not an ideal solution.

想当然的答案可能是：试验和猜测，但这不是一个好办法。

3.We experimented with three solutions to this problem.

我们针对此问题试验了三种解决方案。

4.Lozanov experimented with teaching by direct suggestion during sleep, hypnosis and trance states, but found such procedures unnecessary.

洛扎诺夫在睡眠、催眠和恍惚状态下尝试了直接暗示的教学方法，但他发现这些过程是没必要的。

5.Researchers at Delft have experimented with welding glass components.

Delft的研究者们进行了焊接玻璃组件的实验。

6.I assisted him as he experimented with his aludel.

我协助他尝试了他的梨形器。

7.The scientists experimented with different chemicals to find a new formula.

科学家们实验了不同的化学物质以寻找新的配方。

8.She experimented with various recipes to create the perfect cake.

她尝试了各种食谱来制作完美的蛋糕。

9.The teacher experimented with new teaching methods in her classroom.

老师在课堂上尝试了新的教学方法。

10.They experimented with different marketing strategies to increase sales.

他们尝试了不同的营销策略来增加销售。

11.The artist experimented with colors and textures in her latest painting.

艺术家在她最新的画作中尝试了颜色和纹理。

作文

In the field of science, the process of discovery often involves trial and error. Scientists have long experimented (实验) with various theories and methodologies to uncover the mysteries of the universe. One of the most famous examples of this is Thomas Edison, who famously said, 'I have not failed. I've just found 10,000 ways that won't work.' His relentless pursuit of innovation led him to experiment (实验) with thousands of materials before finally creating the light bulb that transformed the world. Edison’s approach highlights the importance of experimenting (实验) in the scientific method. When researchers formulate a hypothesis, they must experiment (实验) to test its validity. This means setting up controlled conditions, manipulating variables, and observing the outcomes. For instance, in the study of genetics, scientists experiment (实验) with different organisms to understand how traits are inherited. By conducting these experiments, they gain insights that lead to breakthroughs in medicine and agriculture. Moreover, experimenting (实验) is not limited to laboratories. In everyday life, people experiment (实验) with new recipes in the kitchen or try out different workout routines to see what works best for them. This trial-and-error approach can lead to personal growth and improvement. For instance, when someone decides to adopt a healthier lifestyle, they might experiment (实验) with various diets and exercise plans until they find one that suits their needs and preferences. In the realm of technology, experimenting (实验) has become even more crucial. Tech companies often rely on A/B testing, where they experiment (实验) with different versions of a product to determine which one performs better. This data-driven approach allows them to make informed decisions and enhance user experience. For example, a website might experiment (实验) with different layouts to see which design leads to higher engagement rates. Furthermore, the arts also benefit from experimenting (实验). Artists frequently experiment (实验) with different styles, mediums, and techniques to find their unique voice. This creative exploration is essential for artistic development. For example, a painter might experiment (实验) with watercolors one day and oils the next, learning valuable lessons from each medium that contribute to their overall skill set. In education, teachers encourage students to experiment (实验) with their learning processes. Project-based learning often involves experimenting (实验) with different approaches to solve real-world problems. Students learn to think critically and adapt their strategies based on the results of their experiments. This hands-on experience fosters a deeper understanding of the subject matter and prepares them for future challenges. In conclusion, the act of experimenting (实验) is fundamental to progress across various fields. Whether in science, technology, art, or personal development, the willingness to experiment (实验) opens doors to new possibilities and innovations. Embracing the unknown and learning from failures is what drives humanity forward. As we continue to experiment (实验) with ideas and solutions, we pave the way for a brighter and more innovative future.

在科学领域，发现的过程往往涉及试验和错误。科学家们长期以来一直在实验（实验）各种理论和方法，以揭示宇宙的奥秘。其中一个最著名的例子是托马斯·爱迪生，他曾说过：“我没有失败。我只是找到了1万种行不通的方法。”他对创新的不懈追求使他在创造改变世界的灯泡之前，进行了数千种材料的实验（实验）。 爱迪生的方法强调了在科学方法中实验（实验）的重要性。当研究人员提出假设时，他们必须进行实验（实验）以测试其有效性。这意味着建立控制条件、操控变量并观察结果。例如，在遗传学研究中，科学家们会实验（实验）不同的生物体，以了解特征是如何遗传的。通过进行这些实验，他们获得了有助于医学和农业突破的见解。 此外，实验（实验）并不仅限于实验室。在日常生活中，人们会在厨房中尝试新食谱，或尝试不同的锻炼方案，以查看哪些最适合自己。这种试错的方法可以带来个人成长和改善。例如，当某人决定采取更健康的生活方式时，他们可能会实验（实验）各种饮食和锻炼计划，直到找到适合自己需求和偏好的方案。 在科技领域，实验（实验）变得更加重要。科技公司通常依赖A/B测试，通过这种方式，他们可以实验（实验）不同版本的产品，以确定哪个表现更好。这种数据驱动的方法使他们能够做出明智的决策并增强用户体验。例如，一个网站可能会实验（实验）不同的布局，以查看哪种设计能导致更高的参与率。 此外，艺术也受益于实验（实验）。艺术家经常实验（实验）不同的风格、媒介和技术，以寻找自己的独特声音。这种创造性的探索对艺术发展至关重要。例如，一位画家可能会一天实验（实验）水彩，第二天又尝试油画，从每种媒介中学习宝贵的经验，这些经验有助于他们整体技能的提高。 在教育中，教师鼓励学生实验（实验）自己的学习过程。基于项目的学习通常涉及实验（实验）不同的方法来解决现实世界的问题。学生们学会批判性思考，并根据实验的结果调整他们的策略。这种动手实践的经验促进了对学科内容的深入理解，并为他们未来的挑战做好准备。 总之，实验（实验）的行为是各个领域进步的基础。无论是在科学、技术、艺术还是个人发展中，愿意实验（实验）为新可能性和创新打开了大门。拥抱未知并从失败中学习是推动人类前进的动力。随着我们继续实验（实验）想法和解决方案，我们为更光明、更具创新性的未来铺平了道路。