ampliative

简明释义

英[ˈæmplɪətɪv]美[ˈæmplɪətɪv]

adj. 扩大的；扩展的，扩充的

英英释义

单词用法

同义词

反义词

例句

1.The advantages of this algorithm were, rapidity of encryption, carried out easily by computer, ampliative secret key space and so on.

该算法有加密速度快、易于计算机实现、密钥空间大等优点。

2.In recent years, the ampliative practice of the Penalty of Fine is becoming a tendency of developing all over the world.

近年来，世界范围内罚金刑的扩大适用成为了一个发展趋势。

3.The advantages of this algorithm were, rapidity of encryption, carried out easily by computer, ampliative secret key space and so on.

该算法有加密速度快、易于计算机实现、密钥空间大等优点。

4.The ampliative 扩展的 nature of the data analysis revealed trends that were not initially apparent.

数据分析的ampliative 扩展的特性揭示了最初并不明显的趋势。

5.Her ampliative 扩展的 approach to problem-solving allowed her to find solutions that others overlooked.

她的ampliative 扩展的问题解决方法使她能够找到其他人忽视的解决方案。

6.The researcher presented an ampliative 扩展的 argument that went beyond the initial hypothesis.

研究人员提出了一个ampliative 扩展的论点，超出了最初的假设。

7.In philosophy, ampliative 扩展的 reasoning is often used to derive new conclusions from existing premises.

在哲学中，ampliative 扩展的推理通常用于从现有前提出发得出新的结论。

8.The teacher encouraged students to use ampliative 扩展的 reasoning in their essays to develop more complex arguments.

老师鼓励学生在论文中使用ampliative 扩展的推理，以发展更复杂的论点。

作文

In the realm of philosophy and logic, the term ampliative refers to a type of reasoning or inference that extends our knowledge beyond what is already known. This concept plays a crucial role in various fields, including mathematics, science, and everyday decision-making. To better understand the significance of ampliative reasoning, we can explore its applications and implications in our daily lives.Consider the process of scientific discovery. Scientists often begin with a set of observations or established theories. From these foundations, they engage in ampliative reasoning to formulate hypotheses and predict outcomes. For instance, if a biologist observes that certain plants thrive in acidic soil, they might infer that other plants could also benefit from similar conditions. This inference is ampliative because it extends the knowledge gained from specific instances to a broader category of organisms.In contrast, deductive reasoning works in the opposite direction. Deductive reasoning starts with general principles and draws specific conclusions from them. For example, if we know that all mammals have lungs and that dolphins are mammals, we can deduce that dolphins have lungs. While deductive reasoning is valuable for confirming existing knowledge, it does not contribute new insights. This is where ampliative reasoning shines, as it allows us to explore possibilities and generate new ideas.Another example of ampliative reasoning can be found in the field of mathematics. When mathematicians create conjectures based on observed patterns, they are engaging in ampliative reasoning. For instance, if a mathematician notices that the sum of the angles in different triangles appears to equal 180 degrees, they may conjecture that this rule applies to all triangles. This conjecture is ampliative because it expands upon specific observations to propose a universal truth.In everyday life, we frequently utilize ampliative reasoning without even realizing it. When making decisions, we often rely on past experiences to guide our choices. For example, if someone has had positive experiences with a particular brand of coffee, they might infer that other products from the same brand will also be satisfactory. This is an ampliative leap, as it extends their knowledge from one product to another.Understanding the role of ampliative reasoning can enhance our critical thinking skills. By recognizing when we are making ampliative inferences, we can evaluate the strength of our conclusions and consider alternative explanations. It encourages us to remain open-minded and curious, fostering a mindset conducive to learning and discovery.Moreover, the implications of ampliative reasoning extend to ethical considerations as well. In moral philosophy, individuals often use ampliative reasoning to justify their actions. For instance, someone might argue that because helping one person in need is a good act, then helping others in similar situations is equally commendable. This form of reasoning can lead to broader social principles and ethical frameworks, demonstrating the power of ampliative thought in shaping our values and beliefs.In conclusion, the concept of ampliative reasoning is integral to our understanding of knowledge expansion and decision-making. Whether in scientific inquiry, mathematical conjecture, everyday choices, or ethical dilemmas, ampliative reasoning allows us to push the boundaries of what we know. By embracing this type of reasoning, we can cultivate a deeper appreciation for the complexities of the world around us and foster a lifelong commitment to learning and growth.

在哲学和逻辑领域，术语ampliative指的是一种推理或推断类型，它将我们的知识扩展到已知之外。这个概念在数学、科学和日常决策等多个领域中发挥着至关重要的作用。为了更好地理解ampliative推理的重要性，我们可以探索其在日常生活中的应用和影响。考虑科学发现的过程。科学家通常从一组观察或既定理论开始。在这些基础上，他们进行ampliative推理，以形成假设和预测结果。例如，如果生物学家观察到某些植物在酸性土壤中茁壮成长，他们可能会推测其他植物也可能受益于类似的条件。这种推断是ampliative的，因为它将从特定实例获得的知识扩展到更广泛的生物类别。相反，演绎推理则朝着相反的方向工作。演绎推理从一般原则出发，从中得出具体结论。例如，如果我们知道所有哺乳动物都有肺，而海豚是哺乳动物，那么我们可以推导出海豚有肺。虽然演绎推理对于确认现有知识很有价值，但它并没有提供新的见解。这正是ampliative推理的光辉所在，因为它使我们能够探索可能性并产生新想法。ampliative推理的另一个例子可以在数学领域找到。当数学家根据观察到的模式创建猜想时，他们正在进行ampliative推理。例如，如果数学家注意到不同三角形的内角和似乎等于180度，他们可能会猜测这一规则适用于所有三角形。这个猜想是ampliative的，因为它在特定观察的基础上提出了一个普遍真理。在日常生活中，我们经常在不知不觉中利用ampliative推理。当做出决策时，我们常常依赖过去的经验来指导我们的选择。例如，如果某人对某个品牌的咖啡有过积极的体验，他们可能会推测该品牌的其他产品也会令人满意。这是一种ampliative的飞跃，因为它将他们对一种产品的知识扩展到另一种产品。理解ampliative推理的角色可以增强我们的批判性思维能力。通过认识到我们何时进行ampliative推断，我们可以评估我们结论的强度，并考虑替代解释。这鼓励我们保持开放的心态和好奇心，培养有利于学习和发现的思维方式。此外，ampliative推理的影响还延伸到伦理考虑。在道德哲学中，个人常常使用ampliative推理来证明自己的行为。例如，有人可能会争辩说，帮助一个有需要的人是好的行为，那么帮助其他处于类似情况的人同样值得赞扬。这种形式的推理可以导致更广泛的社会原则和伦理框架，展示了ampliative思想在塑造我们的价值观和信仰方面的力量。总之，ampliative推理的概念是我们理解知识扩展和决策的重要组成部分。无论是在科学探究、数学猜想、日常选择还是伦理困境中，ampliative推理使我们能够突破已知的界限。通过接受这种推理类型，我们可以培养对周围世界复杂性的更深刻的欣赏，并培养终身学习和成长的承诺。