As you build these kinds of simulations, or anything like this, you need to think through whether things should be multiplicative or additive.
正如你建立各种仿真程序,或者类似的仿真程序时,你应该去想一想,他们应该是用加法还是用乘法。
Linear equation means that solutions are additive.
线性方程的结果是可加的。
Now. You might look at that and say, well that's just a lot like what we had over here Right? We had some additive constant plus a simpler version of the same problem reduced in size by 1.
现在你可能会看着这个说,这很像我们以前做过的,对不对?我们用一些附加的常量,加上问题的另外一个规模缩小了1的,简化版本来代替这个问题本身。
And that's why, I ended up using a multiplicative factor, rather than an additive factor.
这也是为什么,我最后使用一个倍增因子,而不是用一个加法因子。
What we are going to say is that the wavefunction for molecular orbitals is going to be an additive sum of the wavefunctions of atomic orbitals.
我想说的是,分子轨道的波函数,就是多个原子轨道,波函数的线性叠加。
So, and typically, we're not going to worry about those additive constants.
不是那些附加的常量,第二点是。
Notice that this is additive.
因为它是在处理昨天的价格。
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