logics

简明释义

英[ˈlɒdʒɪks]美[ˈlɑːdʒɪks]

n. 逻辑学（logic 的复数）

英英释义

单词用法

同义词

反义词

例句

1.And we need to harmonize the very different requirements and logics of work and worker.

我们需要调和工作与工人的各种不同需求与逻辑。

2.Under the formal method, the notion of deduction in the classical logics captures the intuitively correct forms of reasoning.

在形式化方法下，经典逻辑通过严格概念推演表达正确推理形式的直观概念。

3.The concepts in the logics must be clear, explicit, but there also exist some misty concepts in realistic language context.

逻辑学要求使用的概念必须清楚、明确，但在现实语境中也存在模糊概念。

4.Branching logics, however, can reason about multiple time lines.

分支逻辑，但是，可以原因多时间线。

5.This article focuses on the multiple theoretical logics in the youth Althusser s philosophical thoughts.

本文主要讨论了青年阿尔都塞哲学中思想的多重理论逻辑。

6.The logics with probabilistic characterized is suitable for expressing the states of nano-device.

具有概率特性的逻辑学适合表示纳米器件的状态。

7.Her argument was based on faulty logics that didn't hold up under scrutiny.

她的论点基于错误的逻辑，经不起审查。

8.Understanding the logics behind consumer decisions can help businesses thrive.

理解消费者决策背后的逻辑可以帮助企业蓬勃发展。

9.The detective used deductive logics to solve the mystery.

侦探使用演绎逻辑来解决这个谜团。

10.In mathematics, different logics can lead to various conclusions.

在数学中，不同的逻辑可以得出不同的结论。

11.The software uses complex logics to analyze user behavior.

该软件使用复杂的逻辑来分析用户行为。

作文

In the realm of critical thinking and problem-solving, understanding the concept of logics (逻辑) is essential. Logics provides a framework for reasoning that enables individuals to draw conclusions based on premises and evidence. It is not merely about making arguments; it is about structuring those arguments in a way that is coherent and persuasive. For instance, when faced with a complex issue, such as climate change, one must employ logics (逻辑) to analyze the data and make informed decisions. This involves identifying the relevant facts, recognizing biases, and evaluating the validity of various claims. The ability to apply logics (逻辑) allows us to sift through misinformation and arrive at conclusions that are grounded in reality.Moreover, logics (逻辑) is not only applicable in academic settings but also in everyday life. When we engage in discussions with friends or family, we often rely on logics (逻辑) to present our viewpoints effectively. A well-structured argument can persuade others and foster meaningful dialogue. For example, if someone argues that technology is detrimental to society, they might use logics (逻辑) to highlight the negative impacts of social media on mental health. Conversely, another person might counter this argument by employing logics (逻辑) to demonstrate how technology has improved communication and access to information.In addition to enhancing communication, logics (逻辑) also plays a crucial role in decision-making processes. In business, for instance, leaders must utilize logics (逻辑) to assess risks and benefits before making strategic choices. By analyzing market trends and consumer behavior through the lens of logics (逻辑), they can devise plans that maximize profitability while minimizing potential losses.Furthermore, the study of logics (逻辑) extends into various disciplines, including mathematics, philosophy, and computer science. Each field utilizes logics (逻辑) in unique ways to solve problems and develop theories. For example, mathematicians use formal logics (逻辑) to prove theorems, while philosophers may explore the implications of different logical systems on ethical reasoning. In computer science, algorithms are designed based on principles of logics (逻辑) to ensure that programs function correctly.In conclusion, the significance of logics (逻辑) cannot be overstated. Whether we are engaging in debate, making decisions, or studying complex subjects, logics (逻辑) serves as the backbone of rational thought. By honing our skills in logics (逻辑), we can enhance our ability to think critically, communicate effectively, and navigate the complexities of the world around us. As we continue to face global challenges and societal issues, the importance of logics (逻辑) will only grow, highlighting the need for individuals to cultivate this vital skill.

在批判性思维和问题解决的领域，理解logics（逻辑）的概念至关重要。Logics提供了一种推理框架，使个人能够根据前提和证据得出结论。这不仅仅是关于提出论点；而是关于以一种连贯和有说服力的方式构建这些论点。例如，当面临复杂的问题，如气候变化时，人们必须运用logics（逻辑）来分析数据并做出明智的决策。这涉及到识别相关事实、认识偏见和评估各种主张的有效性。运用logics（逻辑）的能力使我们能够筛选虚假信息，并得出基于现实的结论。此外，logics（逻辑）不仅适用于学术环境，也适用于日常生活。当我们与朋友或家人进行讨论时，我们常常依赖logics（逻辑）有效地表达我们的观点。一个结构良好的论点可以说服他人并促进有意义的对话。例如，如果有人认为技术对社会有害，他们可能会使用logics（逻辑）强调社交媒体对心理健康的负面影响。相反，另一个人可能通过运用logics（逻辑）来证明技术如何改善沟通和获取信息来反驳这个论点。除了增强沟通外，logics（逻辑）在决策过程中也发挥着至关重要的作用。在商业中，例如，领导者必须利用logics（逻辑）评估风险和收益，然后做出战略选择。通过从logics（逻辑）的角度分析市场趋势和消费者行为，他们可以制定最大化盈利同时最小化潜在损失的计划。此外，logics（逻辑）的研究延伸到多个学科，包括数学、哲学和计算机科学。每个领域都以不同的方式利用logics（逻辑）来解决问题和发展理论。例如，数学家使用形式化的logics（逻辑）来证明定理，而哲学家可能探讨不同逻辑系统对伦理推理的影响。在计算机科学中，算法是基于logics（逻辑）原则设计的，以确保程序正常运行。总之，logics（逻辑）的重要性不容小觑。无论我们是在进行辩论、做出决策还是研究复杂主题，logics（逻辑）都是理性思考的支柱。通过提升我们的logics（逻辑）技能，我们可以增强批判性思维、有效沟通的能力，并驾驭周围世界的复杂性。随着我们继续面对全球挑战和社会问题，logics（逻辑）的重要性只会增加，突显出个人培养这一重要技能的必要性。