㈠ 物理的英文是什么 用英语怎么说
physics 国际音标[ˈfɪzɪks]用标准的发音就是“飞贼克死”，以前读高中老师教的很灵
㈡ 物理中的位移,速度,初速度,末速度,加速度在英语中怎么说
楼上几位的翻译，基本都是正确的，但是并不全面，通常地道的用法有：
位移 = displacement （只有这么一种说法）
速率 = speed （也只有这么一种）
速度 = velocity （也只有这么一种翻译）
初速度 = initial velocity，starting velocity （这两种翻译都是常说常用的）
末速度 = terminal veloxity，final velocity （这两种也是常见常用的，
有时也有人说ending velocity，也是对的）
加速度 = acceleration （可正可负，deceleration 指加速度为负的情况，retardation，
也是用以指减速度的情况。这三个词都是常用的词，acceleration
用得最多，在解说时，有时会借用其他两个词语）
另外说明：
匀速圆周运动 = uniform circular motion, circular motion with uniform speed.
是 speed，而不是 velocity。
㈢ 物理用英语怎么说 物理用英语如何说
1、物理 - physics英[ˈfɪzɪks]美[ˈfɪzɪks]。
2、词典：physics。
3、例句：I wasnt too keen on physics and chemistry.我对物理和化学并不太热衷。
㈣ 物理用英语怎么说
Physics ，物理，物理学，缩写 phys.
㈤ 物理用英语怎么说。加读音哦。语音发送，别忘了单词拼写呦
中文：物理
英语：physics
音标：['fɪzɪks]
汉语近似发音：菲贼克斯 fei(轻声) zei(轻声) ke(轻声) si(轻声)
㈥ 物理用英语怎么说
物理学是研究物质运动最一般规律和物质基本结构的学科，以实验作为检验理论正确性的唯一标准，它是当今最精密的一门自然科学学科。那么你知道物理用英语怎么说吗?下面我为大家带来物理的英语说法，供大家参考学习。
物理的英语说法：
Physics
英 [ˈfiziks] 美 [ˈfɪzɪks]
物理相关英语表达：
物理实验 Physical Experiment
物理引擎 physics engine
理论物理 Theoretical Physics
物理攻击 Physical Attack
物理英语说法例句：
他的物理学得很好。
He does well in physics.
吉姆在物理考试中作弊却逃避了惩罚，麦克则受到责备。
Jim got away with cheating in the physics test, while Mike was scolded.
爱因斯坦理论开创了物理学的新纪元。
Einstein's theory marked a new epoch in physics.
她在大学期间主修数学和物理。
She majored in maths and physics at university.
他在物理学方面已经取得了巨大成就。
He has got brilliant achievements in the field of physics.
任何形式的物理活动都会证明这些结果是错误的。
Any form of physical activity will invalidate the results.
我对物理和化学不是太感喜爱。
I wasn't too keen on physics and chemistry.
原子弹是20世纪物理学的产物。
The atom bomb is the offspring of the 20th century physics.
物理概念是物理学的重要组成部分和基础。
Physics conception is an important part and basis of physics.
物理概念不能脱离物理定律。
The concepts of physics can not be divorced from its laws.
其次从物理概念出发论述了物理概念的形成;
Then we discuss the formation of physical concept teaching.
燃烧和热力学物理定律
The physical laws of combustion and thermodynamics
低负荷运行具有能延长物理寿命的优点。
Underrating has the advantage of increasing physical life.
我们将表示那些文档的注册中心对象所构成的粗粒度模型称为物理模型。
We refer to the coarse-grained model made up from registry objects that represents those documents as the physical model.
这种环境通常需要多个应用程序实例运行在物理硬件的多个部件上。
This environment typically involves more than one application server instance running on more than one piece of physical hardware.
我们正在忙碌地建立这一世界，而且，我们正在电脑空间建立我们物理空间的复制品。
We 're busy building this world and we' re building in cyberspace replicas of our physical space.
您可以创建一个键控逻辑文件或SQL索引，它们共享物理文件的索引。
You can create a keyed logical file or an SQL index that shares the index of the physical file.
典型的J2EE应用程序可能有多个组件，这些组件在不同的JVM甚至不同的物理机器上运行。
A typical J2EE application may have multiple components that run on different JVMs or even on different physical machines.
蜂窝网络和最终的无线宽带无需昂贵的物理联接就可确保通讯、信息、 教育 和金融实现互联。
Cellular networks and eventually wireless broadband promise communications, information, ecation and finance connectivity that bypass costly physical connections.
㈦ 物理概念的英文表述,达人请进
动能守恒没有找到～
牛顿第一定律：
The first law describes a fundamental property of matter, called inertia, as follows:
Every body remains in a state of rest or in a state of uniform motion (constant speed in a straight line) unless it is compelled by impressed forces to change that state.
牛顿第二定律
Newton's second law describes the manner in which a force compels a change of motion, at a rate of change called acceleration. It can be stated as follows:
Change of motion is proportional to the impressed force and takes place in the direction of the straight line in which that force is impressed.
牛顿第三定律：
Newton's third law may be stated as follows:
Action and reaction are equal and opposite.
This law is often expressed as “for every action there is an equal and opposite reaction.”
热力学第一定律
First law of thermodynamics, about the conservation of energy
The change in the internal energy of a closed thermodynamic system is equal to the sum of the amount of heat energy supplied to the system and the work done on the system.
热力学第二定律
Second law of thermodynamics, about entropy
The total entropy of any isolated thermodynamic system tends to increase over time, approaching a maximum value.
热力学第三定律
Third law of thermodynamics, about absolute zero temperature
As a system asymptotically approaches absolute zero of temperature all processes virtually cease and the entropy of the system asymptotically approaches a minimum value; also stated as: "the entropy of all systems and of all states of a system is zero at absolute zero" or equivalently "it is impossible to reach the absolute zero of temperature by any finite number of processes".
动量守恒原理
Conservation of momentum
The principle of conservation of momentum states that the total momentum of a closed system of objects (which has no interactions with external agents) is constant. One of the consequences of this is that the centre of mass of any system of objects will always continue with the same velocity unless acted on by a force outside the system.
其他基本概念：
万有引力定律:
Newton's Law of Gravity
Each object in the universe attracts each other body.
能量守恒：
Conservation of energy states that the total amount of energy in an isolated system remains constant, although it may change forms (for instance, friction turns kinetic energy into thermal energy).
Put simply, the law of conservation of energy states that energy can not be created or destroyed—it can only be changed from one form to another (such as electrical energy into heat energy).