和任何研究领域一样,如果你想掌握基础知识,尽早开始学习也是很有帮助的。对于那些已经决定要学习物理学的人来说,在早期教育中,他们可能会避免一些他们需要熟悉的领域。物理学家知道的最重要的事情在下面概述。物理学是一门学科,因此,它是训练你的头脑,以准备迎接它所带来的挑战。这里有一些心理训练,学生需要成功地学习物理或任何科学,而且不管你进入哪个领域,它们中的大多数都是很好的技能。一个物理学家精通数学是绝对必要的。你不必知道一切——这是不可能的——但是你必须对数学概念以及如何应用数学概念感到自在。为了学习物理,你应该尽可能多地学习高中和大学的数学。尤其是,学习代数、几何/三角、微积分等课程,如果你有资格的话,还可以选高级课程。物理是数学密集型的,如果你发现你不喜欢数学,也许你会想追求其他的教育选择。问题解决与科学推理,除了数学(它是问题解决的一种形式)之外,对未来的物理学生来说,对如何处理一个问题以及如何应用逻辑推理来得出一个解决方案有更一般的知识是有帮助的。除此之外,你应该熟悉科学方法和物理学家使用的其他工具。学习其他科学领域,如生物学和化学(与物理学密切相关)。再次,如果你有资格参加高级进修课程。建议参加科学展览会,因为你必须想出一个回答科学问题的方法。在更广泛的意义上,你可以在非科学语境中学习解决问题。我把我的许多实际解决问题的技能归功于美国的童子军,在那里,我经常需要快速思考来解决露营旅行中出现的问题,比如如何让那些愚蠢的帐篷在暴风雨中保持直立。在所有主题(包括,当然,科学)上贪婪地阅读。做逻辑难题。加入辩论队。下棋或玩电子游戏的问题解决力强。你能做的任何事情来训练你的头脑来组织数据,寻找模式,并将信息应用到复杂的情境中,这将有助于为你所需要的物理思维打下基础。

新加坡国立大学教育学Essay代写:高级课程

Like any field of study, it is helpful to start learning as early as possible if you want to master the basics. For those who have decided to study physics, in early education, they may avoid areas they need to be familiar with. The most important things physicists know are outlined below. Physics is a subject, so it’s training your mind to prepare for the challenges it brings. There are some psychological training, students need to succeed in learning physics or any science, and no matter what field you enter, most of them are good skills. It is absolutely necessary for a physicist to master mathematics. You don’t have to know everything – it’s impossible – but you have to feel comfortable with mathematical concepts and how to apply them. In order to learn physics, you should learn as much math as possible in high school and college. In particular, if you are qualified, you can take advanced courses in algebra, geometry/trigonometry, calculus, etc. Physics is math-intensive. If you find that you don’t like math, you may want to pursue other educational choices. Problem solving and scientific reasoning . In addition to mathematics, which is a form of problem solving, it is helpful for future physics students to have more general knowledge of how to deal with a problem and how to apply logical reasoning to arrive at a solution. In addition, you should be familiar with scientific methods and other tools used by physicists. Learn other scientific fields, such as biology and chemistry (closely related to physics). Thirdly, if you are qualified to take advanced courses. It’s recommended to attend science fairs because you have to come up with a way to answer scientific questions. In a broader sense, you can learn to solve problems in unscientific contexts. I attribute many of my practical problem-solving skills to the Boy Scouts of the United States, where I often need to think quickly to solve problems that arise during camping trips, such as how to keep those silly tents upright in storms. Read greedily on all subjects (including, of course, science). Do logic puzzles. Join the debate team. Playing chess or video games is very problem-solving. Anything you can do to train your mind to organize data, find patterns, and apply information to complex situations will help lay the foundation for the physical thinking you need.

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