So, how do we find this plane?
那么我们怎么找到这个平面？
我们能在哪里找到这种标记？
K2 We find this is k1 times k2.
我们发现这是k1乘以。
这让我们感到非常奇怪。
So, how do we find this vector that's perpendicular to the plane?
所以，我们要怎么找，垂直于这个平面的向量？
Now the aim is to find out why we find this nice, simple relationship.
下面我们的任务就是找到这个关系背后的原因。
So we put them both on the scale and we find this to be the uncertainty.
把它们都放在天平上，这是不确定性。
With the method of fitting, we find this modified model is sensitive to the initial values and thresholds.
同时，通过拟合，发现改进后的模型对于初值和人为的阈值有很大的依赖性。
We find this to be true even after controlling for the fact that women start in lower-level positions post-MBA.
我们发现了一个事实——女性在读完MBA后大多还是从基层岗位做起，这是一个明显的差距。
We can solve these two conditions for the same function, f, simultaneously And, how do we find this function, little f?
都可以用f来解决这两种情况了，可是怎么来找这个函数f呢？
We now only build pens with solid roofs as we find this type of pen more appealing to both the inhabitants and ourselves.
我们现在只兴建具有坚实屋顶的栏圈，因为我们发现这种类型的栏圈无论对鸟还是我们自己都更具吸引力。
We hold that Qi deficiency and phlegm is mainly pathogenesis of fat diabetes type 2, we find this constitution is associated with insulin resistance.
我们认为肥胖2型糖尿病的主要病机为气虚痰浊阻滞，发现该证型与胰岛素抵抗密切相关。
We find this mistake made when, as is often done, the difference between nature and mind is traced back to the abstract difference between inner and outer.
当习惯于以内与外的抽象区别来解释精神和自然的区别时，我们就常会遇到这种错误。
Prof Rolf-Dieter Heuer, director general of the CERN, has previously admitted: “If we find this Higgs then this thing holds together and the Standard Model is valid.
欧洲粒子研究所总监，Rolf-DieterHeuer教授，早先承认:"如果我们发现了希格斯粒子，联系在一起说明标准模型是有效的。
In the condition of soft decoding of MPEG4, we find this design can save as much as 40% CPU (resource,) which greatly improves the MPEG4 decoding performance of a SoC system.
实验证明在纯软件解码MPEG4的条件下该设计可以节省40%的CPU开销，大大提高整个系统的MPEG4解码性能。
At this rate, we could find ourselves in the divorce courts!
照这样下去，我们可能会在离婚法庭上对簿公堂！
True, some countries are beginning to deal with this problem, but it is vital we find rational ways of fishing before every ocean becomes a dead sea.
诚然，一些国家已经开始着手解决这个问题，但在所有海洋都变成死海之前，我们必须找到合理的捕鱼方式，这一点至关重要。
This much is clear: we need to find ways that help us flatten the hockey-stick curves that reflect our ever-faster pace of ecological destruction and social acceleration.
有一点毋庸置疑：曲棍球杆曲线反映了我们正以愈来愈快的速度破坏生态及进行社会发展，因此我们需要找到办法来拉平这一曲线。
Before we collectively tear our hair out—how are we supposed to find our way in a landscape this confusing?
在我们集体抓狂之前——我们该如何在这片混乱的土地上找到自己的路呢？
Facing the increasingly serious environmental pollution problems, we should find a new scheme to prevent this trend.
面对越发严重的环境污染问题，我们应该好到一个新的计划来阻止这一趋势。
We have been talking about how sea animals find their way underwater, how they navigate, and this brings up an interesting puzzle, and one I'm sure you'll all enjoy.
我们已经教过海洋动物在水下如何定位，也讲了它们如何辨别方向。这就引出了一个有趣的谜题，我相信大家对此都很感兴趣。
When we consider IQ, we find that this is the reason that can explain about 50% of the difference.
当我们考虑到智商的时候，我们发现这是能够解释大约50%差异的原因。
If we calculate the change in entropy during gas mixing, we will find that this quantity is positive.
如果我们计算气体混合过程中熵的变化，我们会发现这个量是正的。
Here, in this holy place, here if anywhere, surely we shall find Him!
如果有任何一个地方我们肯定能找到他，就是这里，这块圣地！
Here, in this holy place, here if anywhere, surely we shall find Him!
如果有任何一个地方我们肯定能找到他，就是这里，这块圣地！
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