Y-component Y轴向分量
delay y component 延迟元件
Geomagnetic Y-component 地磁Y分量
slowly y varying component 慢变分量
maximum y j component method 最大隶属度法
Then, we do same thing with the y component.
然后对y做同样的事情。
The top left corner of any component is represented by x and y values.
任何组件的左上角都由 x 和 y 值表示。
This one has no y component and this one has no y component, so this is very easy.
它没有y轴分量,它没有y轴分量,这非常简单。
You cannot have two vectors equal without exactly the same x component, exactly the same y component.
你不能说两个矢量相等,如果它们的 x 分量不完全相同,或者 y 分量不完全相同
Once you do that, I think it's fairly clear that it has got a y component that's given by cosine the x component is negative.
用了这个结论,我想很明显,y 分量由 cos φ 给出,它的 x 分量是负的
If you want to add two vectors, you can add the arrows by the rule I gave you or just add the components of x of the two guys to get the component of the sum and likewise for the y.
如果要把两个矢量相加,你可以用我教给你们的箭头相接的方法,或者就将二者的 x 分量相加,得到和矢量的 x 分量,y 方向也是这样
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