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Physics: 物理概述

2015-03-30 14:52:54 阅读:

 What is Physics?

物理是什么?


Physics is:

natural science that involves the study of matter and its motionthrough spacetime as well as all related concepts includingenergy and force

物理是:

以物质结构,物质运动规律,以及包括能量和力在内的所有相关概念为研究对象的自然科学。


Physics is:

More broadly defined it is the general analysis of nature conducted in a scientific order to understand how and why the universe behaves.

物理是:
从广义上说,物理是对自然的分析,用科学的方法研究宇宙的各种现象及其内在规律的学问。


Attending Rema International’s A-Level Physics 101 course you will learn
参加瑞玛国际A-Level物理学课程,您可以学到以下内容

Basic Overview of Newtonian Physics
牛顿物理学概要

Explore the famous laws and principles that Sir Isaac Newton developed and derived by his unparralleled power of observation and his mechanical thought process.
艾萨克·牛顿爵士以他非比寻常的观察力和思考力提出的力学定律和原理。

Review Historical Timeline
   
回顾经典时间轴的概念

Introduce Newton’s Laws
   介绍牛顿定律

Classical Mechanics
   
经典力学

Review Basic Facts
   复习基本概念

Speed Velocity and Acceleration
速率,速度和加速度
Understand the differences and relationships between s in motion. Be able to comprehend the mathematical and ideological connection between the different nomenclature used for bodies in motion. 
理解物体运动的差异和相互联系。能够理解和物体运动相关的各种术语在数学上和概念上的联系。

Speed
   速率

Velocity
   
速度

Acceleration
   加速度

Units and Unit Conversion
   单位和单位转化

Concept of Vector and Scalar
   
矢量和标量的概念

Equations used in Basic Motion
   
基本运动方程

Notion of Centripetal Motion
   
向心运动的概念

Mass Weight and Pictorial Representation
量,重力及图像表示

Explore the manners in which graphs and charts can be depicted. Understand how data can be arranged into a visual representation that can be used for further calculation. Discover the relationship between weight and mass and how they are helpful in physics.
研究图表描述方法。理解如何将数据直观表示以便进一步处理。学习重力和质量的关系以及它们在物理学中的应用。

Physics Definition of Weight
   
物理学中重力的定义

Physics Definition of Mass
   物理学中质量的定义

Relationships
   二者的关系

Pictorial Representation of Data

   
用图像表示数据

Concept of Gravity
   重力的概念

Conservation of Mass
   质量的守恒

Forces

Look at how forces are an everyday part of our lives and how without forces nothing would be possible. Explore the different types of forces and how to calculate them in different situations. How to graphically represent forces to derive additional data. 
力是日常生活不可或缺的一部分,没有力任何事情都是不可能的。研究不同类型的力以及在不同情况下力的计算。学习使用画图的方法来表示力以及进行进一步的计算。

Review Newtons Laws
   复习牛顿力学

Normal Force
   
法向力

Static Friction
   静摩擦力

Dynamic Friction
   动摩擦力

Concept of Equilibrium
   
平衡的概念

Tension Force
   拉力

Elastic Forces
   弹性力

Gravational / Electromagnetic / Nuclear Forces
   万有引力/电磁力/核力

Centripetal Forces
   
向心力

Basic Calculations and Formulas
   基本公式和计算

Energy Work and Power
能量,功和功率
 
Explore the physics of how s of differing mass are able to move and how work is done. Understand the relationships and concepts of how energy work and power are understood in physics.
研究不同质量的物体如何开始运动以及做功的概念。理解物理学中能量、功和功率的概念及其联系。

Energy in different contexts
   不同形式的能量

Conservation of Energy
   能量的守恒

Applications of Concept
   
概念的应用

Transformation of Energy
   
能量的转化

Zero Work
   零功

Force and Displacement
   
力和位移

Torque and Rotation
   力矩和旋转

Units
   
单位

Mechanical and Electrical Power
   机械功率和电功率

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