It turns out we won't really using it, needing to identify it on the graph so much in chemistry.
结果是我们不会实际运用它,那样我们在化学中,将要在图中识别它很久。
Well, we play with it, the way I've been playing with it and compare the results to some set of real data.
好啦,我们来试一下我们之前也做过,就是用我们得到的结果和实际结果相对比。
It has to be part of a theory, and then trying to adjust it so it can be incorporated, you discover anti-particles.
要想使理论合理,然后试着去调整,使之和实际相符,结果就找到了反粒子
And then the investigators actually measured these things, and found that with reported and actual energy intake, how many calories people were consuming, there was really quite a difference.
研究人员实际上得到了以下结果,实验对象汇报的和实际的能量摄入,也就是人们摄入的卡路里,两者有较大差异
Let me say what I think it should be.
再来看看实际结果。
Does it give you the answer that you expected it to give? Often, in practical problems, you'll spend just as much time doing performance debugging. Why is it slow?
它返回了期待中的结果了么?通常,在实际的问题中你会花,同样多的时间在性能调试上,它为什么运行这么慢?
应用推荐