本文为您带来势能的英文翻译，包括势能用英语怎么说，势能用英语怎么说，势能的英语造句，势能的英文原声例

本文为您带来势能的英文翻译，包括势能用英语怎么说，势能用英语怎么说，势能的英语造句，势能的英文原声例句，势能的相关英语短语等内容。

势能的英文翻译，势能的英语怎么说？

势能的英语网络释义

... 串激电动机；串绕电动机 series-wound motor 位能；势能 potential energy 位梯度；势梯度 potential gradient ...

... diminish h 减小 potential l energy 势能 discrete e 离散的，不连续的 ...

势能的汉英大词典

势能[shì néng]

• {物} potential energy; static energy
• 短语:
  • 势能场 potential energy field;
  • 势能函数 potential-energy function

势能的英语短语

势能的英文例句

注意，这里，重力势能是增加的。

Notice that the gravitational potential energy increases.

那么什么是势能，答案不是一定的。

And how about potential energy? It is not bound.

总功指的是势能,和动能的总和。

That means the sum of potential energy and kinetic energy.

这是点c的势能，在此达到最大值。

That is the potential energy at c, which reaches a maximum.

对于自由电子，因此没有什么势能。

It is a free electron so there is no potential energy to be accounted for.

引力能就是电势能，库伦电势。

The attractive energy is just the potential energy, Coulombic potential.

势能差的单位是什么，伏特。

What is the unit of potential difference? Volt.

在这个例子中,自发变化减小了势能。

The spontaneous change lowers the potential energy in that case.

注意，重力势能，是减小的。

Notice the gravitational potential energy goes down.

动能和势能，总和没有改变。

The sum of kinetic energy and potential energy doesn't change.

事实上，它会，朝着低势能方向移动。

In fact, what will happen is it will go to a lower potential energy.

因此这是动能，这是势能。

So this is the kinetic energy and this is the potential energy.

我先给你一个对于，重力势能的形式定义。

Let me first give you the formal definition of gravitational potential energy.

所以你在利用，重力势能，转换成，动能。

So you're using, then, the conversion of gravitational potential energy to kinetic energy.

所以动能增加，势能不变，所以总能量增加。

So the kinetic energy has increased; the potential energy is the same, so the total energy is up.

在物理学里面，把势，称为势能。

In physics, you call potential, electrical potential or gravitational potential, the potential energy.

你们看，这是，我们已经得到的，势能的等式。

You see, that is the term of the potential energy that you have there.

正确的姿势能使胸腔低处更好地扩展。

Good posture allows for greater expansion of the lower rib cage.

势能减小的方向，如果我们知道这个力。

The force will drive it to lower potential energy.

但问题在于——这样的趋势能持续多久？

The question remains - how long will this trend last?

但这种良性趋势能否持续还是一个问号。

Whether this benign trend continues is another matter.

重力势能的关系。

Of the gravitational potential energy...

这是在轨道内这个，半径的物体的动能，这是势能。

This is the kinetic energy for something in orbit at this radius, and this is the potential energy.

这是重力势能。

This is the gravitational potential energy.

动能为,势能为U，所以这是。,这是。

Well, the kinetic energy is minus energy is U, and so this is... +1/2U this is plus one-half U.

,势能是多少。

what the potential energy is.

那么势能呢？

How about potential energy?

现在是势能。

Now the potential energy.

我们知道，机械能守恒定律-，动能和，势能的总和。

Then we have the conservation - of mechanical energy — the sum of kinetic energy and potential energy.

我们知道，机械能守恒定律-，动能和，势能的总和。

Then we have the conservation - of mechanical energy — the sum of kinetic energy and potential energy.

势能的原声例句

And then the potential energy, the energy is stored here due to the coulombic force of attraction between the electron and the nucleus.

然后说势能,位能其实就是,由电子和原子核之间的库仑引力而形成的能量。

That is, you minimize potential energy and you see things falling under the force of gravity and so forthgoing to potential energy minima in conformance with this result.

换句话说，你使得势能最小化,然后发现我们关注的东西,在重力或者其他力的作用下下落,直到势能最小的地方,这和我们刚才的结果是一致的。

You might be winded doing it the second way, but when you get to the top and you are at the 60th story your gravitational potential is independent of how you got there.

对于走路你可能很抓狂，但你一旦到了顶层,你就是在第60层,你的重力势能,与你如何到达那里无关。

And we know that n describes the total energy, that total binding energy of the electron, so the total energy is going to be equal to potential energy plus kinetic energy.

我们知道，n是描述总能量的，电子总的结合能，所以总能量，等于,势能加动能。

You know, if you want to measure the potential energy of something in a gravitational field, you have to define the zero somewhere, right, because it's arbitrary. You can set it anywhere you want. It's the same with enthalpy.

你知道，如果你想测量重力场,中某种东西的势能，你需要，在某处定义一个零点，对吧？,因为势能的值是任意的,你可以把它设定在。

It means that we better get away from these deterministic models where we have a little electron here with its potential energy and its kinetic energy.

它的意思是我们最好远离,这些确定性模型,那里有一个小电子,它具有势能和动能。

Whether you take the elevator to the top of the Hancock Tower or whether you walk up the stairs, the change in gravitational potential is identical.

不管你是乘电梯,去大厦的顶层,或者是步行，重力势能的变化是相同的。

It is a free electron so there is no potential energy to be accounted for.

对于自由电子,因此没有什么势能。

The spontaneous change lowers the potential energy in that case.

在这个例子中,自发变化减小了势能。

At infinity, there's no stored potential energy, and it drops off more and more negative as one over R.

在无限远处，没有储存的势能，并且它向负方向减少，当距离超过R时。

And how about potential energy? It is not bound.

那么什么是势能，答案不是一定的。

What is the unit of potential difference? Volt.

势能差的单位是什么，伏特。

It is the same thing as gravitational energy.

就像重力势能。

And, in fact, it can't even reach n, because then we would have no potential energy at all in our electron, which is not correct.

事实上，它连n都达不到，因为如果那样的话,电子就没有势能了，这是不可能的。

势能的网络释义

势能 势能（potential energy)是储存于一个系统内的能量，也可以释放或者转化为其他形式的能量。势能是状态量，又称作位能。势能不是属于单独物体所具有的，而是相互作用的物体所共有。 势能按作用性质的不同，可分为引力势能、弹性势能、电势能和核势能等。力学中势能有引力势能(gravitational potential energy)和弹力势能(elastic potential energy)。

以上关于势能的英语翻译来自英汉大词典，希望对您学习势能的英语有帮助。