物理课程与教学论(浙江省普通高校十三五新形态教材)/沈建民/浙江大学出版社 下载 极速 rtf epub 在线 word txt pdf

本教材以新一轮基础教育课程改革为依托，在一个比较宽阔的视野中通过“十轮”，即中学物理“课程内涵论、课程资源论、教学背景论、教学理论论、学习策略论、教学设计论、概念规律教学论、实验设计论、教学研究论和专业成长论”，较为全面和深入地阐述了与新课程改革相匹配的中学物理课程与教学等方面的基础知识和基本技能。

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1965年出生，硕士研究生，教授、硕士生导师。2002年毕业于上海师范大学课程与教学论专业，师从谢利民博导；2007-2008学年在华东师范大学课程与教学研究所高访，师从吴刚平博导。现主要从事《课程与教学论》、《教师入职指南》、《基础教育动态》、《走进新课程》、《教育经典与名著导读》、《物理教学论》、《自然科学基础》等课程的教学和有关面向基础教育的“新课程与课程资源、教学设计、校本行动研究、教师专业发展、课程意识和课程创生”等方面的科研工作。

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Nothing here tells us how to solve problems universally, but that is the point. Stories like these are far more valuable than the code or designs they resulted in. Implementations are ephemeral, but the documented reasoning is priceless. Rarely do we have access to this kind of insights.

In other words, given the relative insensitivity of the AdSense service to moderate changes in latency performance, we are able to consolidate serving into fewer geographical locations, reducing our operational overhead.

One useful strategy may be consider the background error rate of ISPs on the Internet. If failures are being measured from the end-user perspective and it is possible to drive the error rate for the service below the background error rate, those errors will fall within the noise for the given user's internet connection.

This kind of tension is common within a team, and often reflects an underlying mistrust of the team's discipline: while some team members want to implement a "hack" to allow time for a proper fix, others worry that a hack will be forgotten or that the proper fix will be deprioritized indefinitely. This concern is credible, as it's easy to build layers of unmaintainable technical debt by patching over problems instead of making real fixes. Managers and technical leaders play a key role in implementing true, long-term fixes by supporting and prioritizing potentially time-consuming long-term fixes even when the initial "pain" of paging subsides.

Essential complexity is the complexity inherent in a given situation that cannot be removed from a problem definition, whereas accidental complexity is more fluid and can be resolved with engineering effort

研发部门最关注的是如何能够更快速地构建和发布新功能。运维部门更关注的是如何能在他们值班期间避免发生故障。

研发部门想要：“随时随地发布新功能，没有任何阻拦”，而运维部门则想要：“一旦一个东西在生产环境中正常工作了，就不要再进行任何改动。”

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