- 更多网络例句与可以解决的相关的网络例句 [注：此内容来源于网络，仅供参考]
-
You can solve black-and-white or colored puzzles or hide your own image in the puzzle for others to solve.
您可以解决的黑白或彩色拼图或隐藏自己的形象，在拼图给别人解决的问题。
-
It is possible to give a maximum fix for all fixable real media files.
它可以提供一个为所有真正的媒体文件可以解决的最大的修补程序。
-
Ironically most of these people are busy fixing unfixable problems, and don't even try to fix fixable problems.
令人讽刺的是，这些人中的大部分人一直忙于解决那些布恩那个解决的事情，而不去解决安歇可以解决的问题
-
Gary Zenkel, the president of NBC Olympics, told the meeting the issues "can be solved" and suggested the prospects are better than Athens or Turin, where he described some unspecified problems as "irresolvable."
美国国家广播公司奥运部总裁Gary Zenkel，在会议上表态：这些问题都是可以解决的，他还暗示：前景将会比雅典或都灵更看好－－－他没有特别指明那儿发生过什么问题，反正是"无法解决的"。
-
In this paper, firstly, not only the incidence matrix ,adjacent matrix, cycle matrix, cut-set matrix of an undirected graph are summarized, but also the close contact between a graph and its corresponding matrix are discussed ; secondly, many problems of a graph which are solved by analysing its matrix are listed as follows:1、The co-tree set of a graph is obtained by using its cycle-matrix ; 2、The branches of its spanning tree are given by using its cut-set matrix ; 3、By making use of the incidence matrix of a graph ,not only its vertex cut 、cut vertex 、isolated point and spanning tree can be obtained ,but also the two sides which are whether parallel or not can be judged ;4、By using their adjacent matrix ,the two graphes which are whether isomorphous or not can be judged; once more, there is a detailed introduction in view of special graph (for example: bigaritite graph ,regular graph and so on);last but not least, a graph method of calculating the N power of a matrix is given and the practical applications of the theorem for degree is indicated.
本文首先综述了无向图的关联矩阵，邻接矩阵，圈矩阵，割集矩阵以及图和它对应矩阵之间的关系；其次总结出了利用上述各类矩阵可以解决的图的若干问题：1、利用图的圈矩阵可以求其连枝集；2、利用图的割集矩阵可以求其生成树的树枝；3、利用图的关联矩阵不仅可以求其割点、点割集、连通度、孤立点和生成树，而且可以判断两条边是否平行；4、利用图的邻接矩阵可以判断两个图是否同构；再次，针对特殊图（例如：二分图、正则图等等）的邻接矩阵作了详细介绍；最后，得到了利用图计算矩阵的N次幂的方法，指出度数定理的实际应用。
-
Each can be solved by drawing a single line, so take your time and think them through.
每一个可以解决的，画一个单一行，所以您可以利用这段时间，并认为通过。
-
But we've got a date and hopefully it can be resolved and we can all move on.
" "但我们已经有了一个日期，希望可以解决的，我们都可以继续前进。
-
Our problems are solvable , but as we try to solve them , we will hear a million noes .
人类面临的问题是可以解决的，但是，当我们试图解决这些问题时，总会会听到百万个"不"。
-
They will not be met easily or in a short span of time.
它们不是可以轻易的，或在短时间内可以解决的。
-
Our problems are solvable , but as we try to solve them , we will hear a million noes .
人类面临的问题是可以解决的，但是，当我们试图解决这些问题时，总会会听到百万个&不&。
- 更多网络解释与可以解决的相关的网络解释 [注：此内容来源于网络，仅供参考]
-
no man does it all by himself：所有的事不是你一个人可以解决的
but you've got to know this one thing. 但是有一点你一定要知... | No man, does it all by himself 所有的事不是你一个人可以解决的 | I said, young man, put your pride on the shelf 我说,年轻人,把你骄傲放在架...
-
Calculability：可计算性
可计算性(calculability)是指一个实际问题是否可以使用计算机来解决.从广义上讲如"为我烹制一个汉堡"这样的问题是无法用计算机来解决的(至少在目前).而计算机本身的优势在于数值计算,因此可计算性通常指这一类问题是否可以用计算机解决.事实上,
-
this is fixable：可以解决的
have you lost your mind?你失去理智了吗? | this is fixable可以解决的 | make big gesture宽容
-
orthogonal：正交的
即引导协商参与者不仅考虑当前的或短期的利益,而是更多地识别和关注长远利益,为共赢创造更大的空间;问题细分和正交化,即将每个冲突划分为可以谈判解决的多个部分,最好是将冲突的问题转化为理想的、正交的(orthogonal)问题集合,以利于谈判交换;
-
party：派对
上在多项式时间内可以解决的决定性问题的群. 是"派对"(party)的俗称,"开P"即"开派对",而"P场"就是"开派对的场所". 以P为首的两个大写字母的缩写.
-
Solvable：可以解的/可以解决的
solvability /解决之可能性/ | solvable /可以解的/可以解决的/ | solvate /溶剂合物/溶剂化物/
-
solvate：溶剂合物
solvable 可以解决的 | solvate 溶剂合物 | solvate 溶剂化物
-
unloading：卸载
这个问题是可以解决的,只要这个应用程序能相应的加入对自动卸载(unloading)功能的支持的话就可以了. 然而这需要应用程序的开发者修改相应的代码,在退出程序时实现资源清理和自动卸载功能. 可以确认的是,
-
We could have solved the problem in a more reasonable fashion：这个问题我们本来是可以更合理得解决的
Nobody could have foreseen such a calamity... | We could have solved the problem in a more reasonable fashion. 这个问题我们本来是可以更合理得解决的. | He could have told her, but he did not choose to....
-
Reopened )：问题未解决的
d)l问题未解决的(Reopened)l待返测的(Resolved)l待归档的(Verified)l已归档的(Closed)2.Bug处理意见(Resolution)l已修改的(Fixed)l不是问题(Nvalid)l无法修改(Wontfix)l以后版本解决(Later)l保留(Remind)l重复(Duplicate)l无法重现(Worksforme)2Email设置(Email Settings)4用户权限(Permissions)你可以在此查看自己账号现在