因此,我想要理解这些方程并解决他们。
这些方程太过复杂了。
它所能做的就是解决这些方程组问题。
这些方程式可能极其难以解出。
这些方程以单列矩阵方程表示会更简单。
These equations are written more concisely as a single column matrix equation.
这些方程的计算结果与大量实验数据相吻合。
The computer solutions of these equations are in good agreement with experimental data.
这些方程对规划设计和运行管理都具有普通意义。
These equations are of great significance in its planning, designing, operation and management.
我能够得到,我能够解决任意右侧部分b的这些方程组么?
Could I get, can I solve all these equations for every right hand side?
设计人员可用这些方程作为一个标准,对提出的设计修改作出评价。
The designer can use the equations as a standard against which proposed design changes.
然后我们就可以把这些数据,作为我们的状态方程。
Well, then, we could just use that for our equation of state.
那么现在我们能继续,把这些极限情况放入我们这里的方程中。
So now we can go and put these limiting cases in our equation here.
他所做的就是写这些下方程序。
但是我们,这些花钱的,理应在这个方程序上附有相当的责任。
But we, the money spenders, bear some responsibility in the equation.
倘若我们不知道怎样应用牛顿定律,这些定律就会是一些没有意义的方程。
Newton's laws are meaningless equations until we know how to apply them.
倘若我们不知道怎样应用牛顿定律,这些定律就会是一些没有意义的方程。
Newton's laws are meaningless equations until we know how to apply them.
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