We must remember that some people have a greater inertia than others.
我们必须记住，有些人比其他人更有惰性。
Inertia is the resistance of objects to efforts to change their state of motion.
惯性是物体对改变其运动状态的力的阻碍。
In physics, moving objects have two characteristics relevant to understanding the dynamics of energy systems: inertia and momentum.
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。
One way of solving this theoretical difficulty is to assume a delay of thousands of years while the solar effects overcome the inertia of the earth's climate.
解决这一理论难题的一种方法是假设太阳效应克服地球气候的惯性时，地球会延迟数千年。
One way of solving this theoretical difficulty is to assume a delay of thousands of years while the solar effects overcome the inertia of the earth's climate.
解决这一理论难题的一种方法是假设太阳效应克服地球气候的惯性时，地球会延迟数千年。
I can't seem to throw off this feeling of inertia.
我好像无法摆脱这种无力的感觉。
He resented her inertia, her lack of energy and self-direction.
他讨厌她的懒惰、缺乏活力和自我。
First, don't indulge in despair, because despair leads to inertia and doing nothing means certain disaster.
第一，不要沉湎于绝望，因为绝望会导致懒惰，而无所作为就意味着灾难。
This is the moment of inertia.
这是转动惯量。
惯性是另一个阻碍。
或许是惰性使然。
你最大的敌人就是惰性。
So we know the moment of inertia.
我们得到转动惯量。
How can you overcome this inertia?
如何克服这种惰性呢？
Remember, inertia is a powerful force.
记住惯性是一种很大的力量。
Again, inertia is a very strong force.
惯性是非常强的力量，我之前提到过。
What is the moment of inertia of that?
它的转动惯量是多少呢？
You can calculate the moment of inertia.
可以计算其转动惯量。
Well, the moment of inertia is a boring job.
计算转动惯量，是一个枯燥的活。
Inthis certain degree is one kind of inertia.
这一定程度上是一种惰性。
Inertia accounts for two-thirds of marriages.
惯性导致了三分之二的婚姻。
You get a totally different moment of inertia.
你会得到完全不同的转动惯量。
Almost all moment of inertia is in this system.
几乎所有这个系统中的转动惯量。
They don’t overcome inertia. They don’t begin.
他们战胜不了内在自我，他们就是没开始！
They have a lot of inertia, their response time is slow.
它们惯性很大，反应太慢。
My hotel, too, had absorbed some of this ancient inertia.
我住的旅馆也秉承了某些古老的惰性。
So apparently the passivity the inertia can be explained.
这么一来惯性的被动状态就能说得通了。
Galileo and Descartes replaced that with the idea of inertia.
伽利略和笛卡尔用惯性的概念将其取代。
Galileo and Descartes replaced that with the idea of inertia.
伽利略和笛卡尔用惯性的概念将其取代。
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