关于这部分积分有问题吗？
然而，如果你不理解如何实际地运用这个公式，不知道如何去辨别积分的部分，你会发现记下这个公式是没有丝毫用处的。
However, if you don't understand how to actually use the formula and identify the appropriate parts of the integral you will find the memorized formula worthless.
当然我更希望你们记住啦，但是如果脑海中一片空白的话，如果可以写出积分边界和其他的东西，也是可以得到部分分数的。
Well, I mean, I prefer if you know, but if you have a complete blank in your memory, there will still be partial credit were setting up the bounds and everything else.
我要把我的黑板分成三部分，在这我将要写三重积分。
OK, so I'm going to divide my blackboard into three pieces, and here I will write triple integrals.
菲利普部分完成了目标，他获得了第七，而费尔南多的引擎故障夺走了他宝贵的2个积分。
The objective was partially reached with Felipe, who came in seventh, while the engine failure took away Fernando's two points, which would have been precious anyway.
如果要计算沿这条曲线的线积分，我们不得不把它分解成3部分。
If we want to compute the line integral along this guy then we have to break it into a sum of three terms.
得到c1上的线积分，大部分就消去了。
I get that the line integral on c1 — Well, a lot of stuff goes away.
考虑到比赛中所发生的情况，我们对第三第四名的成绩很高兴，部分原因是因为我们最有力的竞争对手成绩也不好，至少没有获得很多的积分。
Considering what happened in the race, we can be pleased with finishing third and fourth, partly because our closest rivals either failed to score, or at least did not pick up many points.
不要对数学感到气馁，因为你要学会微积分之后才能理解大部分的物理。
Don't get discouraged about the math, because you will have to wait until you learn calculus to understand most physics.
当将所有线积分加在一起时，所有内部的线积分都抵消了，只剩下仅需要一次计算的，就是外围边缘部分。
When I sum all of the little line integrals together, all of the inner things cancel out, and the only ones that I go through only once are those that are at the outer most edges.
在这时这个问题中微积分的部分。
从数学意义上来说，这是dx部分加上dy部分的线积分。
On the math it is a line integral of something dx plus something dy.
第二部分将通常的积分平均值不等式推广成一般形式，并利用它给出一些不等式的证明。
The part two general forms was derived with general integral average inequality and Some inequality was proved with this result was obtained above.
积分是趣味件环的一个基本组成部分，积分是“游戏化”你的网站或应用程序的一个绝佳的起点。
Points are an essential part of any Funware Loop, and a great starting point for "gameifying" your site or app.
采用将圆电流磁矢势表达式中一部分展成级数，使被积函数变成可积分的函数。
A part of results on magnetic vector potential of circular loop are expanded, so the integral function is transformed to integrable series.
提出了一种只需要存储部分历史数据的分数积分的数值计算方法，并给出了误差估计。
A new numerical method for the fractional integral that only stores part history data is presented, and its discretization error is estimated.
如利用的是整个大圆的积分，得到的是球面上任何点及其对蹠点上函数的平均值，或者说得到的是球面上函数的偶对称部分。
If the whole integrals on the great circle are used, the average of the function values for any point and its antipodal can be obtained.
在第二部分中，同样的方法，我们讨论了一阶脉冲微分方程积分边值问题。
In part II, by the same way, we consider first-order impulsive differential equations with integral boundary value problems.
第二部分是在一致收敛条件下函数列、函数项级数以及含参量反常积分的性质。
The second part is in uniform convergence conditions function series, function and parameter improper integral. We properties.
而且治疗组MMSE量表的部分分项能力积分值的变化也比对照组明显，差异亦有显著性意义（P<0.05或0.01）。
Moreover, the changes of part subentry ability integral scores of MMSE in the treatment group were more marked than those of the control group(P< 0.05 or 0.01).
利用惠更斯-菲涅尔衍射积分公式导出了部分相干平顶高斯光束（PCFGB）通过ABCD光学系统的传输公式。
The propagation formula of the cross-spectral density of partially coherent flattened Gaussian Beam(PCFGB) through ABCD optical system was derived using Huygens-Fresnel diffraction integral formula.
通过对积分比力增量方程中高频部分和低频部分的分析，提出了一种高精度的速度误差补偿算法。
According to the analysis of the high and low frequency parts in the equation of integral specific force, a precise velocity error correction algorithm is presented.
积分周期分离为两个主要部分。
通过比例、积分、微分三部分综合控制，以精确调试环境试验设备。
It could adjust the environment equipment accurately trough the generate control of proportional integral differential.
血瘀是影响LVH形成的一种中医病理因素，其积分变化可以部分反映老年高血压病引起LVH改变的进程。
The blood stasis is one of the TCM pathogenic factors which the change of the integral partly reflect the process of LVH.
数值微分和积分部分将有较深入讨论，并强调误差和收敛性分析。
Numerical differentiation and integration is covered in depth, with particular emphasis on the error and convergence analysis.
本文利用最新的全球海潮模型和离散数值积分技术计算了海潮负荷对部分地震网络台站重力固体潮观测的影响。
The influences of ocean tide load on the observations of Earth's gravity tides at part of the seismic network stations are estimated by means of discrete integral using the latest ocean models.
本文利用最新的全球海潮模型和离散数值积分技术计算了海潮负荷对部分地震网络台站重力固体潮观测的影响。
The influences of ocean tide load on the observations of Earth's gravity tides at part of the seismic network stations are estimated by means of discrete integral using the latest ocean models.
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