虽然他们在早上摄入了更多的卡路里，但他们在白天更活跃，因为他们有更多的能量。
Although they take in more calories in the morning, they are more active during the day because they have more energy.
在物理学中，运动的物体有两个特征与理解能量系统动力学相关：惯性和动量。
In physics, moving objects have two characteristics relevant to understanding the dynamics of energy systems: inertia and momentum.
他们有巨大的胃容量，能够在长时间段消化食物，以较慢的速度将食物转化为能量，为以后储存。
They had enormous stomach capacity, the ability to digest food over a long period, converting it to energy at a slower pace, saving it for later.
我们这里有个问题，如果我们考虑要把能量降到最低，那么系统中应有很多环张力。
We have a problem here, if we're thinking about keeping things at the lowest energy, so there's a lot of ring strain in the system.
由于这些能量大部分来自化石燃料的利用，因此食物浪费有可能导致不必要的全球变暖以及资源利用效率低下。
Since much of this energy comes from the utilisation of fossil fuels, wastage of food potentially contributes to unnecessary global warming as well as inefficient resource utilisation.
他来自狂野的西部，这意味着他有响尾蛇般的毒牙，不像欧洲产的吸血鬼，他由太阳提供能量。
His wild-west origins mean that he has rattlesnake fangs, and unlike European vampires, he is powered by the sun.
有了更大的胃和更慢的消化速度，你就不需要这么多能量了。
With larger stomachs and slower digestion, you don't need as much energy.
所有进入摩艾的能量和资源——其中一些有10米高，7000多公斤重——都来自这个岛。
All the energy and resources that went into the moai—some of which are ten metres tall and weigh over 7,000 kilos—came from the island itself.
有了“绿色能量”，这棵虚拟的树才会慢慢长大。
它会对你的健康有好处，并为你的生命活动提供充足的能量。
It will be good to your health and provide you with plenty of energy for life activities.
在我们周围总是有能量在做功，不管我们是否察觉到它。
There is energy working around us all the time whether we are aware of it or not.
如果你把它放到大气层上，一个光子，一个紫外光光子，有能量可以破坏它的化学键。
If you get some of these in the upper atmosphere, a photon, an ultraviolet photon, has the energy capable of breaking this bond.
但是现在却存在这样的事实：太阳每年提供给我们的能量有86,000万亿瓦！
But here's another fact: the sun provides 86, 000 terawatts of energy every year.
随即一个新问题就被发现了，那就是，在解这个方程的时候，我们会发现电子有负能量的能级。
It was not long before a new difficulty appeared.Namely, working with this equation, one found that the electron had states of negative energy.
随即一个新问题就被发现了，那就是，在解这个方程的时候，我们会发现电子有负能量的能级。
It was not long before a new difficulty appeared. Namely, working with this equation, one found that the electron had states of negative energy.
在美国，一加仑汽油中的能量有33 700瓦时。
There are 33, 700watt-hours of energy in an American gallon of petrol.
一旦染料分子被有足够能量的光碰触，电子就会脱离并被二氧化钛吸收，在穿离电池之前发电。
When one of the dye molecules is hit by light of sufficient energy, an electron is knocked out of it and absorbed by the titanium dioxide, before being passed out of the cell to do useful work.
所以，图案p1到p5有能量级别。
能量有什么变化，那么当我升高温度时？当然，也没有变化。
So what happened to the energy when I raised the temperature? Of course, nothing happened to it.
基本上它是反应速率乘以每个反应的，能量，所以，我们有一个术语，我们称为每个裂变的能量。
And essentially it's the reaction rate times the energy per reaction. So we have a term that we use called the energy per fission.
其他有不同能量的,相互作用将有不同的斜率。
Other kinds of interactions with different energies will have a different slope.
如你们想的，我有一个高的能量级，那样有很多的裂变产生，我们有一个共鸣的区域，然后我们有热能区域。
And as you can recall we had the high energy level where there were fissions occurring, we had a resonance region and then we had a thermal region.
因为能有效的吸收能量，高云有可能使全球气温升高。
Because high clouds absorb energy so efficiently, they have the potential to raise global temperatures.
通过监测我们的能量水平，我们有更多的机会采取积极的矫正措施，避免能量过低，以及情商下降。
By monitoring our energy level, we have more chances to take corrective actions to prevent it from getting too low, and to prevent our EQ from falling.
例如，能非常简单地计算出它们向太空中释放的能量有多少通过掌握它们随时间释放的能量变化。
For example, it's easy to calculate how much energy they are pouring into the Universe by studying the way their output of energy changes with time.
如果你使得温度升高很多，你可以想见很多的粒子的，能量都增加了，他们有更多的能量。
If you raise the temperature a lot, surely we have to expect many more molecules will start to become energized. Will have more energy.
那总是有能量，在那种情况下，不会出现现在的情况。
There are always energies in there. In that case, there's never a situation like this.
不吃不能允许你有足够地充满能量的肌肉锻炼。
Skipping meals doesn't allow you to train with adequately fueled muscles.
对于每个赛季从季前赛到季后赛要打100场比赛的湖人队来说，他是否有足够的能量来创造奇迹呢？
Playing with the Lakers is usually a 100-game season, from exhibition play through the postseason.Does he really have enough in the tank to make a difference?
对于每个赛季从季前赛到季后赛要打100场比赛的湖人队来说，他是否有足够的能量来创造奇迹呢？
Playing with the Lakers is usually a 100-game season, from exhibition play through the postseason. Does he really have enough in the tank to make a difference?
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