Then, isn't the answer to 10 divided by zero actually infinity?

那 10 0 结果不无限大呢？

It could be infinitely big, or it could just be very, very, very large.

它可能有无限大，或者它可能只非常非常大。

In Japan, they use eight thousand.

在日本，人们用8000代指无限大的数字。

Keep going and you'll wind up with something like this, though really Pascal's Triangle goes on infinitely.

反复进行，你最终会得到这样一个图形。实际上，帕斯卡三角无限大的。

But now an infinitely large bus with a countably infinite number of passengers pulls up to rent rooms.

但现在有一个无限大的巴士拉了可数的无限多的乘客来租房间。

And hopefully that's not an infinite number, right?

希望那不一个无限大的数字，对吧？

But what happens if this population is infinite?

但如果这个总体无限大的会发生什？

And eventually it would move towards infinite mass.

最终它会趋向无限大的。

This is because the plane of charges  is infinitely large.

这因为带电平面无限大的。

So now it's only infinity over two in terms of pascals.

所现在，在帕斯卡的计下，它仅剩下二分之一个无限大了。

There's this thing that's nearly infinitely dense, doesn't let light escape.

有这一种东西，密度接近无限大，连光都无法逃脱。

That's got to be more fun in an infinite universe.

在一个无限大的宇宙中，那肯定更有趣。

But what makes it interesting is in this situation, you have an infinite population.

但让它有趣的，在这种情况下，你有一个无限大的总体。

And it might be infinitely large.

它可能无限大的。

Therefore, these magnetic field lines would be closed loops that are infinitely large.

因此，这些磁力线将会无限大的闭合回路。

A point of infinite density at which the known laws of physics appear to break down.

一个密度无限大的点，已知的物理定律在此似乎失效。

How could it be infinitely large?

它怎可能无限大？

I ve already mentioned how singularities  probably don t exist because they cannot be infinitely small with infinite density.

我已经提到过奇点可能不存在，因为它们不可能无限小，密度无限大。

And if that keyboard is infinite, then on that keyboard there is no music you can play.

而在这个无限大的键盘上 你根本就无法去演奏。

After arriving in England, when Chandrashekhar showed his results to Arthur Eddington, the astronomer couldn't believe that a star could become infinitely dense.

钱德拉谢卡尔到达英国后，向阿瑟·爱丁顿展示了他的研究结果，这位天文学家无法相信一颗恒星的密度可变得无限大。