然后C有一个很小的二次方的上升，接着指数的上升直到你预期的饱和,那C约等于A0乘以1减,的负k2乘以时间次方，e，to，the，minus，k2，times，time。,速率常数k2长时间地起主导作用。
And then C has a very small quadratic rise, followed by the exponential rise to saturation that you'd expect. So C is approximately a0 times one minus e The rate constant k2 dominates the long times.
我现在在转换单位，最终得到以米为单位的结果，再乘以9。8米每二次方秒。
I'm just getting this into units that will give me, that will be in meters, times 9.8 meter per a second squared.
它们都有一个起点一个终点图中的蓝点，但二次方贝塞尔曲线只有一个红色控制点点而三次方贝塞尔曲线有两个。
A quadratic bezier curve has a start and an end point (blue dots) and just one control point (red dot) while a cubic bezier curve USES two control points.
螺旋输送器的最大应力强度和最大径向位移均与转速近似地成二次方关系；
The max stress and the max radial displacement of conveyor is also proportional to the square of rotational speed.
使用二次方和三次方的贝塞尔曲线是相当有挑战的，因为不像在矢量绘图软件AdobeIllustrator里那样有即时的视觉反馈。
Using quadratic and cubic bezier curves can be quite challenging, because unlike vector drawing software like Adobe Illustrator, we don't have direct visual feedback as to what we're doing.
高剂量绞股蓝皂甙降低了微生物发酵的理论与实际产气量，并呈显著的线性和二次方效应，产气速率与皂甙剂量之间有着显著的线性效应。
The theoretical and actual gas production was reduced at high saponin levels, and there were significant linear and quadratic patterns between gas production and gypenoside levels.
高剂量绞股蓝皂甙降低了微生物发酵的理论与实际产气量，并呈显著的线性和二次方效应，产气速率与皂甙剂量之间有着显著的线性效应。
The theoretical and actual gas production was reduced at high saponin levels, and there were significant linear and quadratic patterns between gas production and gypenoside levels.
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