1·This is would ultimately solve the commute part of the equation and its cumulative carbon footprint.
这可能最终解决等式中乘交通工具上班的部分以及积累的碳轨迹。
2·You then can a multi-group either diffusion equation or solve these types of equations and more rigorously.
然后你有一个多群的或者是扩散等式,或者更严厉地解决这些等式。
3·Basically, to every problem you might want to consider there is a partial differential equation to solve.
总的来讲，所有你想解决的问题，都可以用偏微分方程来做。
4·The only way to silence the alarm is to solve the math equation by rotating the numerical dials.
要让闹铃停下来，唯一方法是通过旋转数字钟面来解答出数学方程式。
5·Since the output of one industry (steel, for example) serves as an input for another (construction), one cannot solve any equation without solving them all simultaneously.
由于一个行业的产出总是会作为另一个行业的投入，因此除非能同时解出所有的方程，否则你一个也解不出。
6·I mean, in the beginning I had this relation that was an equation of degree three. You don't really want to solve your equation for the dependent variable usually.
我的意思是，在开始有一个关系，这个关系是一个三元方程，一般地，不会为了求因变量而求解一个方程。
7·You could write an equation for a process that you could actually solve.
你写出一个关于进程的方程式能求解。
8·I have one equation with two unknowns so I can't solve it yet.
一个方程有两未知数，无法解出来。
9·Two major disciplines that try to solve this equation have recently emerged, each with its strengths; Scenario-Based Design [1] and Outside-In Design [2].
试图解决该等式的两个主要的学科最近出现了，各有所长，基于场景的设计(Scenario - Based Design)[1]和Outside - In Design [2]。
10·Well, first of all, the origin is not one of them, (x, y, z) being (0, 0, 0) would not solve that equation.
好，首先，原点不是其中的点，(x, y, z)为(0,0,0)不是该方程的解。