Well, here I'm a little bit below 100 and in two, and test one a little bit below 100 as well.
好了我现在在试验2中有一个小于100的数,而实验1也得到了一个小于100的数。
Now, if you look on your handout, there's a reconstruction of this tent-like sanctuary at the top as well as a schematization of its contents below.
你们可以看一下我发的材料,最上面有对这个像帐篷一样的圣所的重组,下面有对这个圣所里面内容的图示。
It doesn't really matter, as long as I don't price below it, I'm not going to make any money anyway.
这无所谓,只要不是低于边际成本,反正我也没想过盈利
So, if we look on the periodic table, comparing, for example, s to o, if we have s it's below o, what happens to ionization energy as we go down a table?
那么,如果我们看周期表上,比较,比如,硫和氧,硫在氧下面,当我们沿着表向下看的时候,电离能是怎么变化的?
It does appear that it's harder to lose the weight below the waist, but there is some mixed research on that as well.
但腰部以下的脂肪似乎更难减掉,关于这点也有一些相应的研究
So in this experiment here, delta p is less than zero. You need to have this whole thing greater than zero. So delta T is less than zero as well. So if you're below the inversion temperature and you do the Joule-Thomson experiment, you're going to end up with something that's colder on this side than that side.
所以在这个实验中,Δp小于零,这全部都大于零,因此ΔT也小于零,所以如果在低于转变,温度的情况下做焦耳-汤姆孙实验,最后的结果是,这边的温度比这边低。
You'll remember the description of the world from Genesis 1 as an air bubble essentially that's formed by separating waters above and waters below.
大家都记得《创世纪》1中,把世界的描述1,一个大气泡,上面下面都被水覆盖。
That's certainly true, okay. So that's true, so as it pushes me below cost, that's certainly true.
那是当然的,那是正确的,会导致我的价格低于成本,那当然是正确的
As small an amount below his price as you can do.
尽量把价格定的只比他低一点
As small an amount below his price as I can.
尽量定价只比他低一点
And notice that if Pepsi has priced above the monopoly price, suppose Pepsi has priced this good so high that it's above the monopoly price, then, as the gentleman said, I can capture the whole market by pricing just below Pepsi.
注意如果百事设定的价格高于垄断价格,假设百事把价格定得太高了以至于,高于垄断价格,那么像那位先生说的,我可以用低于百事的价格来占领整个市场
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