And for your information, the summer conference on algebraic topology at Caltech is nerd prom.

还有，给你科普一下加州理工夏天的代数拓扑会议才是书呆子舞会，代数拓扑是使用抽象代数的工具来研究拓扑空间的数分支。拓扑空间是一种数结构，上头形式化地定义出如收敛，连通，连续等概念。

Once you had an equation, you could plot the solutions to an algebraic formula on a graph.

一旦你有了一个方程，你就图表上绘制代数公式的解。

So, with a little algebraic rearranging, you can see that blood pressure equals blood flow, or cardiac output, times resistance.

通过一些代数的重新排，你看到血压等于血流量，或者心输出量，乘阻力。

So this is just going to be a ton of algebraic manipulation.

所这只是大量的代数运算。

For example, the skill of subtracting constants from both sides of an algebraic equation.

例如，代数方程两边同时减去常数的技巧。

I think you can appreciate this is simplifying the algebraic expression a good bit.

我想你会明白这大大简化了代数表达式。

Although this is really just algebraic manipulation.

尽管这实际上只是代数运算。

The dynamic law of attraction and reaction needed only a Newton to fix it in algebraic form.

吸引力和反作用力的动态定律只需要一个牛顿就将其固定为代数形式。

The value of x can be determined by trial and error, but it's quicker to use algebraic reasoning.

x 的值通过反复试验来确定，但使用代数推理会更快。

Then we'll track its progress through our social group and interpret the results through the competing academic prisms of memetic theory, algebraic gossip and epidemiology.

然后追踪它我们社交圈的发展情况通过几项相互矛盾的理论来解释结果如模因理论 代数八卦和传染病。

This is all just algebraic manipulation of the squared error between those n points and the line y equals mx plus b.

这只是对这 n 个点和线 y 等于 mx 加 b 之间的平方误差的代数运算。

And it's good to know that you can just do a little simple algebraic manipulation and get from one to the other.

很高兴知道你做一些简单的代数运算并从一个到另一个。

In the repeated patterns of algebraic formulas and geometric shapes, the orbits of the planets, and the harmonious intervals of musical tones, the Neoplatonists saw a rational cosmic force at work.

代数公式和几何形状的重复模式，行星的轨道及音乐音调的和谐区间中，新柏拉图主义者工作中看到了理性的宇宙力量。

Like many people who came before him, al-Khwarizmi worked out solutions to different algebraic problems and he spelled out algorithms, sets of steps that could be used to solve each one.

像他之前的许多人一样，花拉子米解决了不同的代数问题，他阐明了算法，用来解决每一个问题的一组步骤。

Four sentences, precise as algebraic formulas, sufficed him usually to grasp and solve all difficulties of life and commerce: " I don't know; I cannot; I will not; I will see about it" .

四句话，像代数公式一样精确，通常足让他掌握和解决生活和商业上的所有困难：“我不知道；我不能；我不会；我会看看”。