师兄师姐们,用Origin8.0分段线性拟合是怎么做到的?

《楞严经》与《法华经》的字数差不多,近七万字左右.俺读诵一遍（一部）约七个小时左右.
阿弥陀佛!

等我

氮的沸点是77K（-196℃）,在正常大气压下温度低于零下196摄氏度就会形成液氮,如果加压,可以在比较高的温度下得到液氮.丙酮的熔点在-94.7℃,那加进去温度应该在-95℃以下.好像干冰加丙酮温度可以达到-78℃,干冰温度为-78.5℃.以上都是个人观点,仅供参考,欢迎交流.有低温反应器最好,里面装的就是95%乙醇,-78℃没问题的,很稳定. 查看原帖

To the annual New Year's Day,the beginning of the year,the first class will have a festive mood.covered with colorful cutouts above the glass,the students also came to the preparatory activities at the Qingyuandan with.Qingyuandan started,the students and teachers into the classroom to celebrate.Some students prepared a song,dance,poetry,there is still plenty of room for students to participate in the game.In a word,very busy.Music students and teachers are opening the Wye,I remember the "painted nose" game,the first participants eyes blindfolded,in a big blackboard painted faces,but no nose,which requires students to write,at first.let them turn plastic cord,again painting.At this point the person has a little dizziness,it is estimated that no link,so that the paintings have in place.Some painted on his forehead,in the eyes of some paintings,some painted on the face,short,precise paintings rarely.This may provoke a bad teacher and classmates watched in the following.Finally students danced in the midst of the applause ended Qingyuandan activities.New Year,new look,but also a new plan,how to start the new year,away in 2006 ushered in the 2007.
元旦快乐!

:D度娘如是说：溶出伏安法又称反向溶出极谱法,这种方法是使被测的物质,在待测离子极谱分析产生极限电流的电位下电解一定的时间,然后改变电极的电位,使富集在该电极上的物质重新溶出,根据溶出过程中所得到的伏安曲线来进行定量分析.若应用阴极溶出反应,成为阴极溶出伏安法（cathodic stripping votammetry）.在阴极溶出伏安法中,被测离子在预电解的阳极过程中形成一层难容化合物,然后当工作电极向负的方向扫描时,这一难容化合物被还原而产生还原电流的峰.阴极溶出伏安法可用于卤素、硫、钨酸根等阴离子的测定.相反的,若用阳极溶出反应,称为阳极溶出伏安法（anodic stripping voltammetry）.;)你看行不 查看原帖

首先对于不能无限大有3种解释：1、核质比例：细胞中存在的遗传信息量是有限的，只能控制一定量的细胞质，一般核质比例最小为1：10，当细胞质变大变多时就必须通过细胞分裂来解决；2、细胞体积与表面积的关系，当细胞体积变大时相对表面积就变小，从而就会影响细胞与外界的物质交换速率，影响细胞的生长；3、细胞内物质运输速度与细胞体积大小的关系，当细胞体积很大时，细胞内的营养物质不能及时运到所需部位，从而也会影响细胞的生长！
对于不能无限小我也还不能很好地解释，抱歉...

流体力学是经典物理学中唯一一个没有解决的难题.由于该学科本身有一定的战略安全意义,导致先进的流体力学技术还可能保密在实验室中,大学中所教授的流体力学和一百年前的差不多.
工科类中凡是研究领域涉及到流体介质的基本上都会教授该门科目；
数学系也有很多研究流体力学理论的!

GYZ：G,公路.Y,圆形.Z,支座.公路圆形板式橡胶支座.
GYZ200*42:直径200mm,高度42mm.
GYZF200*44,你写错了是GYZF4 200*44,公路圆形四氟板式橡胶支座,直径200mm,高度44mm.四氟板厚2mm,橡胶厚度42mm.
有关支座,伸缩缝的问题,可给我发邮件询问.

如果你是一朵鲜花 就留下一缕芬芳

高等数学的基本定理公式要用点时间把它记住,导数与微积分计算掌握,线性方程的基本解法要熟练,矩阵求法等最基本的题多做一些,才不会挂科,落下课程不用怕,保证过线.

是先培养再驯化.培养是指增加嗜热菌生物量的过程,驯化是指筛选所需求的最佳菌种或菌种群.因为嗜热菌并不只是指一个物种,而是根据其生长环境划分的一类细菌,而在不同的营养条件下,嗜热菌的各组成物种之间的活性也会有差异,而污泥的组成往往也比较复杂,需要多种嗜热菌协同作用.菌种的培育过程是先在最适合该类细菌生长的条件下培养,保持一定的菌量之后再进行驯化,在实际条件下通过污泥的组成成分的差异自然选择在该类营养条件下活性最好的嗜热菌种群.保持一定的菌量之后再驯化,是为了防止在驯化过程中,各种原因造成的菌种死亡对实验整体过进程的干扰（如营养未能即时跟上；培菌过程的突发事件造成培菌环境改变；菌种活性恢复慢而被其它劣质菌淘汰等）.

咱俩同级
英语吗你可以看一些外国的电影,最好是英语对白
历史多看看历史题材的电视剧

有.
二、考研英语复试口语常见问题30例
1. Where do you come from?
2. What kind of landscape surrounds your hometown?
3. What do you do during the Spring Festival?
4. Tell me something about the customs of your hometown.
5. Could you tell me something about your family?
6. What social responsibilities should a post-graduate take?
7. Which kind of professor do you like best?
8. What does friendship mean to you and what kind of people do you make friend with?
9. What is your major? How do you like your major?
10. When and where did you graduate? What qualifications have you obtained?
11. What impressed you most when you were at university?
12. What is the best university in your opinion?
13. Do you think the subjects you are studying today are relevant to present-day society? Why ?
14. What do you do for a living?
15. What are your job prospects?
16. If you had the opportunity to change your subject, what would you do with it?
17. What are your spare time interests?
18. Where have you been traveling to? Which place interested you most?
19. What kind of differences in the system of higher education between China and other countries?
20. Do you think you will be able to cope with English-demands of your intended study program?
21. What difficulties do you think you'll encounter in your studies?
22. Why did you choose our university?
23. If there were an opportunity of studying abroad, what would you do?
24. Should you study more theory or do more practice? Give your reasons, please.
25. What do you intend to do after you finish studying?
26. How serious is unemployment among young people and what will you do if you cannot find a job after graduation?
27. In your opinion, what are the most serious problems associated with modern life?
28. What do you think have been the most important changes in your study field over the past 5 years?
29. How do you afford your tuition?
30. Does your family support your decision on studying? What help do they offer?
英语口语常考话题参考范文
1.自我介绍(self-introduction)
Good morning, my dear professors. It’s my pleasure to be given a chance for your interview. My name is XXX,I am XXX years old. I come from XXX, a very beautiful city. My undergraduate period will be accomplished in XXX university in July, 2009, and now, I am striving for obtaining a key to your prestigious universuty.
In the past two years I have been prepareing for the postgraduate examination for it has been my dream to be a postgraduate. I am open-minded ,quick in thought and very fond of XXX .In my spare time,I have broad interests like many other youngsters and I will try my best to finish it no matter how difficult it is..I like reading books, especially those about XXX.Frequently I exchange with other people by making comments in the forum on line.In addition, I am a person with great perseverance. During my college years, I found web sign very interesting, so I learned it very hard. Therefore, I have a comparative good command of network application and I am skillful in searching for information on Internet. Well, in my spare time, I like basketball, tennis and Chinese chess. Also English is my favorite. I often go to English corner to practice my oral English, and write compositions to improve my written ability.
I always believe that one will easily lag behind unless he keeps on learning .Of course, if I am given a chance to study XXX in this famous University, I will concentrate on my study and make great efforts to master a good command of advance XXX.
Ok, that is all, thank you for your attention.
2.考研原因 (reasons for my choice)
There are several reasons accounting for my endeavor.
Above all, I have been deeply impressed by the academic atmosphere when I came here last summer. In my opinion, as one of the most famous XXX in our country, it provides people with enough room to get further achievement. This is the first reason.
The second one is I am long for doing research in XXX throughout my life. It’s a pleasure to be with my favorite XXX for lifetime. I suppose this is the most important factor in my decision.
Thirdly, I learnt a lot from my XXX job during the past two years. However, I think further study is still urgent for me to realize self-value. Life is precious. It is necessary to seize any chance for self-development, especially in this competitive modern world.
In a word, I am looking forward to making a solid foundation for future profession after two years study here.
3.研究生期间你的计划 (plans in the postgraduate study)
First, I hope I can form systematic view of XXX. As for XXX, my express wish is to get a complete comprehension of the formation and development as well as XXX. If possible, I will go on with my study for doctorate degree.
In a word, I am looking forward to making a solid foundation for future profession after two years study here.
4 .介绍你的家乡(about hometown)
I am from XXX, a famous city with a long history over 2,200 years. It is called XXX because there were lots of XXX even 900 years ago. The city lies in the eastern part of the province. It is the center of politics, economy and culture. Many celebrities were born here, for instance, XXX,XXX and XXX . . You know, there is a saying that “The greatness of a man lends a glory to a place”. I think the city really deserves it. In addition, it is famous for the hot springs. They are known for high-quality. Visitors at home and abroad feel it comfortable bathing here.There is my beloved hometown.
5.你的家庭(about family)
There are four members in my family: my parents, my XXX and me. My father is a technician in XXX. He often goes out on business and therefore, most of the housework is done by my industrious mom. Climbing at weekends is our common interest. The fresh air and natural beauty can help us get rid of tiredness. They can strengthen our relation, too.During my prepareing for coming here, my parents’love and support have always been my power and I hope in the future I wil be able to repay them.
6.你的大学(about university)
XXX University is the oldest one in the province. It was founded in XXX and covers an area of over XXX. The building area is XXX square meters. It develops into a comprehensive university with efforts of generations, especially after the reform and opening up. It takes the lead among the XXX universities with excellent teaching and scientific research ability. The library has the storage of XXX books and various research institutes are set up including XXX research centers. There are teaching research experimental bases. For example, the computer center, analyzing-test center, modern education technical center and so on.

三十二贤之中,子路最长.
仲由,字子路,小孔子九岁.性鄙,好勇力,性伉直,曾陵暴孔子.孔子设礼稍诱之,子路于是儒服委质,因门人请为弟子.然后来仍多直言,顶撞孔子,是孔门痴儿.孔子容而爱之.以政事闻名.后死于卫国之乱,被砍作肉浆.孔子大恸,为之不食肉糜.
颜回 鲁国人,字子渊,小孔子三十岁,最为孔子钟爱,并一再褒奖之：“贤哉回也!一箪食,一瓢饮,在陋巷,人不堪其忧,回也不改其乐”；“用之则行,舍之则藏,唯我与尔有是夫!”“回也好学,不迁怒,不贰过”.因为穷而好学,营养极度不良,而用脑格外过度,导致严重早衰,二十九岁头发白尽,三十一岁就交了公粮本,提前去孔庙占席位等着吃冷猪肉了.回死,孔子哭之极恸.
端木赐 字子贡,卫国人.口才同样极好,可是孔子却对他青眼有加.齐相田常伐鲁,鲁子命之出使救鲁.子贡去齐国,吴国,越国和晋国转了一圈,凭着三寸不烂之舌,竟做下了桩天大的事业,存鲁,乱齐,破吴,强晋而霸越,一使而动五国之政.子贡又精通经济,善做生意,银子挣得哗哗的.每次出使,车仆之盛,拟于王侯,又仗着孔门高徒的名份,与诸侯相抗礼.儒学之昌盛,子贡大声势大排场的宣传功不可没.孔子没有白喜欢他.

1:我是外语学院毕业的有很强的交流能力,并且在学校担任外联部部长有过很多接待方面的实践经验,并且我很有自信,自信的人更有魅力和能力完成接待任务,请给我一次提高自己的机会
2：我是xx大学导游系毕业,有很强的专业技能,并辅修过三门外语有很强的沟通能力.毕业后在xx公司担任过导游有丰富的经验并且性格外向的我更容易与旅客沟通.相信贵公司不会将一个人才留给竞争对手

刚开始氢离子浓度相同,即刚开始速率相等,随之反应的进行氢离子消耗,浓度变化,但是醋酸是弱电解质,不完全电离,变化不大,盐酸和硫酸是强电解质,所以醋酸的平均速率大,最后生成的氢气最多,而盐酸和硫酸的相等.

以有经纬线的图为例,你先判断出中午12点所在的经线B度数,如果让你求地方时,你算出该地点A和12点经线B相差几度,相差1度就差4分钟.如果A在B的东侧,就12点+(相差的度数*4分钟）.A在B的西侧就就12点-(相差的度数*4分钟）.

多读些英文作品,多看些英文电影,跟电影上的发音来练习英语,很有用的
采纳哦

两个电阻的情况：
1、串联时,i=i1=i2,U=U1+U2,R=R1+R2
2、并联时,i=i1+i2,U=U1=U2,1/R=1/(1/R1+1/R2)

宁我不告子应知，青岩降雪已如斯。
冰晶散落凝珠泪，空柳胡旋羡芳姿。有时飘落牧之鬓，婉转又织李白丝。疑是九天玄镜落，九霄路遥未嫌迟。
子衡近日少弹筝，今夜拂弦声不铮。
魄若师兄尤在旁，转轴拨弦费思量。
为君卜却归妹卦，来日必有佳音传。

人挺厚道实在的,还有些贪小便宜的地方.

大师兄：Big brother/The big fellow apprentices
二师兄：Second Brother/The second fellow apprentices
三师兄：Third brother/The third fellow apprentices

佛是一条引路明灯,佛、法、空. 心外无佛,自性见佛,性属法则,心明见性,就是佛

西游记的沙悟净 大师兄二师兄,师傅被妖怪抓走了

根据题干分析可得：C是A的师兄，A是B的师兄．
由上述可得：C是A和B的师兄，A是B的师兄，
所以C为孙悟空，A为猪八戒，B为沙和尚．

就是比较有象征意义的艺术体是占据人内心的第一部

就像向日葵的美丽,是展现在它永远追随着光明的坚定信念中.就像小草的美丽,是展现在它顽强拼搏的旺盛生命力中.

如果你是一棵大树,就增添一分绿荫;如果你是一只小鸟,就装点一下蓝天;如果你是一颗水珠,就映出阳光的明媚;如果你是一颗流星,就划出自己的一道光明;如果你是一根烛,就闪亮出自己一份真诚.

佛要用心念,用心感悟,有杂念于事无补!

The Low-carbon Economic Nowadays,with more and more serious problems such as the increasing global temperture,the melting ice and the rising sea-levering,people are recognizing the important of developing the low-carbon economic now. There are many ways we can do to reach the loe-carbon economic.Fristly,discovering others fuels which is more clean and more green to instead of the using of carbon.Secondly, we should have the save-energy conscious and do something which we can make,for instance,using the bus ranther than car when you go out,re-use the thing that can be recycle used,reducing the use of plastic bags.Last but not least,we should plant more trees or other greenplants,in which way we can not only improve the environment,but also can make our home more beauty. In my opnion, the most important thing to reach the low-carbon economic is everyone must try their best do what they can do for it.Once everyone have the sence of low-carbon economic and have the action by themselves ,it will be earlier to reach it

师兄==哥、兄。

用质粒上的序列设计引物.不要跨越这两个酶切位点.就是在插入位点的上下游设计引物.这样才是“通用引物”,可以用于所有使用该质粒载体的PCR检测.

The colt crosses a river telling me:The success was not like others says such simply,was also not on such difficulty with blue sky which others said .The success is different from person to person,it is one kind of feeling Although will be unable to know tomorrow,knew that oneself body inter-bank issue and acceptance of drafts will be thin,but the success was looks upon with favor in these preparation already long person,I was one,I was my direction.

你家是哪的?

大于50%.90%的硫酸的密度大.

AMORE 亲爱的
ASCOTAMI 听我说

一次函数中,k表示斜率,即直线的倾斜程度：绝对值k愈大,则直线愈靠近于y轴；k大于0的时候,直线从左往右斜向上,表示y随x的增大而增大；k小于0时恰好相反.b：当x为0时,得y=b,因此直线过（0,b）点,与y轴相交,纵坐标为b,b大于0则在x轴上方；b小于0,则在x轴下方；b=0时为特殊情况,交于原点,为正比例函数.
反比例函数中,k大于0,即图像在1.3象限,看增减依然跟一次相同,从左往右向上则增,恰与一次函数相反；k小于0,与大于的情况相反.

脂肪和细胞是两个概念,脂肪是一种营养物质,主要贮存在结缔组织和皮下组织.而细胞是组成人体物质能量的最小单位

判断一个环系是否具有芳香性,要同时满足 两点：1.所有原子共平面.2,满足休克尔规则,即4n+2规则.
比如苯环上有六个碳,每个碳都有一条C-H键,同时连接两条C-C键.一个碳原子有四个价电子,成了三条键（1个C-H键,2个C-C键）,故还剩余一个价电子.六个碳就一共有6个价电子.满足4n+2规则.
1,3-环己二烯,共轭的4个碳原子,每个提供一个价电子,其他电子不提供价电子,所有共有4个π电子,不满足休克尔规则,故没有芳香性.
所谓的π电子,是指成了σ键以后,剩余的价电子.1,3环己二烯中,共轭结构的碳,成了三条σ键（C-H,C-C,C-C）,剩余1个价电子；非共轭部分的碳形成了四条键（C-H,C-H,C-C,C-C）,故没有价电子.

少壮不努力,老大徒伤悲
天道酬勤
冰冻三尺非一日之寒
莫等闲,白了少年头,空悲切
把学问过于用作装饰是虚假；完全依学问上的规则而断事是书生的怪癖.——培 根
聪明的人有长的耳朵和短的舌头. ——弗莱格
重复是学习之母. ——狄慈根
当你还不能对自己说今天学到了什么东西时,你就不要去睡觉. ——利希顿堡
好问的人,只做了五分种的愚人；耻于发问的人,终身为愚人. ——佚 名
求学的三个条件是：多观察、多吃苦、多研究. ——加菲劳
人天天都学到一点东西,而往往所学到的是发现昨日学到的是错的. ——B.V
我的努力求学没有得到别的好处,只不过是愈来愈发觉自己的无知. ——笛卡儿
学到很多东西的诀窍,就是一下子不要学很多. ——洛 克
学问是异常珍贵的东西,从任何源泉吸收都不可耻. ——阿卜·日·法拉兹
学习是劳动,是充满思想的劳动. ——乌申斯基
游手好闲的学习并不比学习游手好闲好. ——约·贝勒斯
有教养的头脑的第一个标志就是善于提问. ——普列汉诺夫
★人生在勤,不索何获－－张衡
★业精于勤而荒于嬉,行成于思而毁于随 －－韩愈
★天才就是无止境刻苦勤奋的能力 －－卡莱尔
★聪明出于勤奋,天才在于积累 －－华罗庚
★好学而不勤问非真好学者.
★书山有路勤为径,学海无涯苦作舟.
★勤劳一日,可得一夜安眠；勤劳一生,可得幸福长眠 －－达·芬奇（意大利）
★形成天才的决定因素应该是勤奋 －郭沫若
★人的大脑和肢体一样,多用则灵,不用则废 －茅以升
★你想成为幸福的人吗?但愿你首先学会吃得起苦 －－屠格涅夫
灵感不过是“顽强的劳动而获得的奖赏” －－列宾
贵有恒何必三更眠五更起,最无益只怕一日曝十日寒.
成功＝艰苦劳动＋正确方法＋少说空话 －－爱因斯坦
宝剑锋从磨砺出,梅花香自苦寒来.
自古以来学有建树的人,都离不开一个“苦”字.
天才就是百分之九十九的汗水加百分之一的灵感 －－爱迪生
艺术的大道上荆棘丛生,这也是好事,常人望而却步,只有意志坚强的人例外 －－雨果
世上无难事,只要肯攀登
好好学习,天天向上
事务巨细,事必躬亲
学习学习]名言警句精选（音序排列）
B
百川东到海,何时复西归?僮巢慌?老大徒伤悲.(汉乐府《长歌行》)
百学须先立志.(朱熹)
宝剑锋从磨砺出,梅花香自苦寒来.
笔落惊风雨,诗成泣鬼神.(杜甫)
别裁伪体亲风雅,转益多师是汝师.(杜甫)
博观而约取,厚积而薄发.(苏轼)
博学之,审问之,慎思之,明辨之,笃行之.(《礼记》)
不登高山,不知天之高也;不临深溪,不知地之厚也.(《荀子》)
不飞则已,一飞冲天;不鸣则已,一鸣惊人.(司马迁)
不患人之不己知,患不知人也.(孔子)
不入虎穴,焉得虎子?(后汉书)
不塞不流,不止不行.(韩愈)
不识庐山真面目,只缘身在此山中.(苏轼)
不畏浮云遮望眼,自缘身在最高层.(王安石)
不以规矩,无以成方园.(孟子)
采得百花成蜜后,为谁辛苦为谁甜.(罗隐)
仓廪实则知礼节,衣食足则知荣辱.(《管子》)
操千曲而后晓声,观千剑而后识器.(刘勰)
察己则可以知人,察今则可以知古.(《吕氏春秋》)
差以毫厘,谬以千里.(《汉书》)
长风破浪会有时,直挂云帆济沧海.(李白)
臣心一片磁针石,不指南方不肯休.(文天祥)
沉舟侧畔千帆过,病树前头万木春.(刘禹锡)
吃一堑,长一智.(古谚语)
尺有所短,寸有所长.(屈原)
出师未捷身先死,长使英雄泪沾襟.(杜甫)
春蚕到死丝方尽,蜡炬成灰泪始干.(李商隐)
春风得意马蹄疾,一日看尽长安花.(孟郊)
春色满园关不住,一枝红杏出墙来.(叶绍翁)
春宵一刻值千金.(苏轼)
从善如登,从恶如崩.(《国语》)
大丈夫宁可玉碎,不能瓦全.(北齐书)
大直若屈,大巧若拙,大辩若讷.(《老子》)
丹青不知老将至,富贵于我如浮云.(杜甫)
但愿人长久,千里共蝉娟.(苏轼)
当断不断,反受其乱.(汉书)
当局者迷,旁观者清.(新唐书)
得道者多助,失道者寡助.(《孟子》)
登山则情满于山,观海则意溢于海.(刘勰)
东边日出西边雨,道是无晴却有晴.(刘禹锡)
读书百遍,其义自现.(三国志)
读书破万卷,下笔如有神.(杜甫)
读书之法,在循序而渐进,熟读而精思.(朱熹)
读万卷书,行万里路.(刘彝)
多行不义必自毙.(左传)
尔曹身与名俱灭,不废江河万古流.(杜甫)
凡事豫(预)则立,不豫(预)则废.(《礼记》)
防民之口,甚于防川.(国语)
非学无以广才,非志无以成学.(诸葛亮)
风萧萧兮易水寒,壮士一去兮不复还.(《战国策》)
富贵不能*,贫*不能移,威武不能屈.(孟子)
G
感时思报国,拔剑起蒿莱.(陈子昂)
高山仰止,景行行止.(《诗经》)
工欲善其事,必先利其器.(孔子)
古之成大事者,不惟有超士之才,亦有坚忍不拔之志.(苏轼)
观众器者为良匠,观众病者为良医.(宋·叶适)
光阴似箭,日月如梭.(明《增广贤文》)
滚滚长江东逝水,浪花淘尽英雄.(《三国演义》)
H
海阔凭鱼跃,天高任鸟飞.(古诗诗话)
海内存知己,天涯若比邻.(王勃)
海上生明月,天涯共此时.(张九龄)
忽如一夜春风来,千树万树梨花开.(岑参)
会当凌绝顶,一览众山小.(杜甫)
祸兮,福之所倚;福兮,锅之所伏.(《老子》)
J
己所不欲,勿施于人.(论语)
兼听则明,偏信则暗.(《资治通鉴》)
见兔而顾犬,未为晚也;亡羊而补牢,未为迟也.(《战国策》)
见义不为,非勇也.(论语)
江山代有才人出,各领风骚数百年.(赵翼)
金玉其外,败絮其中.(刘基)
近水楼台先得月,向阳花木易为春.(苏麟)
近朱者赤,近墨者黑.(傅玄)
镜破不改光,兰死不改香.(孟郊)
九州生气恃风雷,万马齐喑究可哀.我劝天公重抖擞, 不拘一格降人才.(龚自珍)
鞠躬尽瘁,死而后已.(诸葛亮《后出师表》)
捐躯赴国难,视死忽如归.(曹植)
君子成人之美,不成人之恶.(论语)
君子坦荡荡,小人长戚戚.(孔子)
君子忧道不忧贫.(论语)
君子之交淡若水,小人之交甘若醴.(《庄子》)
L
老当益壮,宁知白首之心;穷且益坚,不坠青云之志.(王勃)
老骥伏枥,志在千里.烈士暮年,壮心不已.(曹操)
梨花院落溶溶月,柳絮池塘淡淡风.(晏殊)
流水不腐,户枢不蠹.(吕氏春秋)
路漫漫其修远今,吾将上下而求索.(屈原)
路遥知马力,日久见人心.(元曲·争报恩)
落红不是无情物,化作春泥更护花.(龚自珍)
落霞与孤鹜齐飞,秋水共长天一色.(王勃)
M
满招损,谦受益.(尚书)
梅须逊雪三分白,雪却输梅一段香.(罗梅坡)
靡不有初,鲜克有终.(诗经)
敏而好学,不耻下问.(孔子)
莫愁前路无知己,天下谁人不识君.(高适)
莫道桑榆晚,微霞尚满天.(刘禹锡)
莫等闲,白了少年头,空悲切!(岳飞)
木秀于林,风必摧之.(旧唐书)
N
浓绿万枝红一点,动人春色不须多.(王安石)
P
皮之不存,毛将焉附?(左传)
蚍蜉撼大树,可笑不自量.(韩愈)
Q
其曲弥高,其和弥寡.(宋玉)
其身正,不令而行;其身不正,虽令不从.(论语)
奇文共欣赏,疑义相与析.(陶渊明)
千古兴亡多少事,悠悠,不尽长江滚滚流.(辛弃疾)
千里之行,始于足下.(老子)
前不见古人,后不见来者.念天地之悠悠,独怆然而涕下.(陈子昂)
前车之覆,后车之鉴.(汉书)
前事不忘,后事之师.(《战国策》)
锲而不舍,金石可镂.(荀子·劝学)
青,取之于蓝而青于蓝.(荀子)
青山遮不住,毕竟东流去.(辛弃疾)
清水出芙蓉,天然去雕饰.(李白)
穷则变,变则通,通则久.(易经)
穷则独善其身,达则兼善天下.(《孟子》)
R
人固有一死,或重于泰山,或轻于鸿毛,用之所趋异也.(司马迁)
人生自古谁无死,留取丹心照汗青.(文天祥)
人谁无过,过而能改,善莫大焉.(《左传》)
仁者见之谓之仁,智者见之谓之智.(《周易》)
S
塞翁失马,焉知非福?(淮南子)
三更灯火五更鸡,正是男儿发愤时.黑发不知勤学早,白首方悔读书迟.(颜真卿)
三军可夺帅也,匹夫不可夺志也.(孔子)
莫等闭,白了少年头,空悲切.(岳飞)
山不厌高,水不厌深.(曹操)
山不在高,有仙则名;水不在深,有龙则灵.(刘禹锡)
山高月小,水落石出.(苏轼)
山河破碎风飘絮,身世浮沉雨打萍.(文天祥)
山重水复疑无路,柳暗花明又一村.(陆游)
少年辛苦终身事,莫向光阴惰寸功.(杜荀鹤)
身既死兮神以灵,子魂魄兮为鬼雄.(屈原)
身无彩凤双飞翼,心有灵犀一点通.(李商隐)
生当作人杰,死亦为鬼雄.(李清照)
生也有涯,知(智)也无涯.(庄子)
绳锯木断,水滴石穿.(宋·罗大京)
圣人千虑,必有一失;愚人千虑.必有一得.(《晏子春秋》)
盛名之下,其实难副.(后汉书)
盛年不重来,一日难再晨,及时当勉励,岁月不待人.(陶渊明)
失之东隅,收之桑榆.(《后汉书》)
十年树木,百年树人.(《管子·权修》)
时危见臣节,世乱识忠良.(鲍照)
士不可不弘毅,任重而道远.(论语)
士为知己者死.(史记)
世事洞明皆学问,人情练达即文章.(《红楼梦》)
试玉要烧三日满,辨材须待七年期.(白居易)
书到用时方恨少,事非经过不知难.(陆游)
疏影横斜水清浅,暗香浮动月黄昏.(林逋)
谁言寸草心,报得三春晖.(盂郊)
水至清则无鱼,人至察则无徒.(《礼记》)
岁寒,然后知松柏之后凋也.(孔子)
T
它山之石,可以攻玉.(《诗经·小雅》)
踏破铁鞋无觅处,得来全不费功夫.(《水浒传》)
桃李不言,下自成蹊.(史记)
天时不如地利,地利不如人和.(《孟子》)
天下事有难易乎,为之,则难者亦易矣;不为,则易者亦难矣.(彭端叔)
天下兴亡,匹夫有责.(顾炎武)
天行有常,不为尧存,不为桀亡.《苟子》)
天意怜幽草,人间重晚晴.(李商隐)
W
玩物丧志.(书经)
往者不可谏,来者犹可追.(《论语》)
为人性僻耽佳句,语不惊人死不休.(杜甫)
位卑未敢忘忧国.(陆游)
文武之道,一张一弛.(礼记)
文章合为时而著,歌诗合为事而作.(白居易)
闻道有先后,术业有专攻.(韩愈)
问君能有几多愁,恰似一江春水向东流.(李煜)
问渠那得清如许,为有源头活水来.(朱熹)
我自横刀向天笑,去留肝胆两昆仑.(谭嗣同)
无边落木萧萧下,不尽长江滚滚来.(杜甫)
无可奈何花落去,似曾相识燕归来.(晏殊)
无意苦争春,一任群芳妒.(陆游)
吾生也有涯,而知也无涯.(《庄子》)
勿以恶小而为之,勿以善小而不为.(刘备)
物以类聚,人以群分.(易经)
X
夕阳无限好,只是近黄昏.(李商隐)
先天下之忧而忧,后天下之乐而乐.(范仲淹)
小荷才露尖尖角,早有蜻蜓立上头.(杨万里)
心事浩茫连广宇,于无声处听惊雷.(鲁迅)
新沐者必弹冠,新浴者必振衣.(屈原)
信言不美,美言不信.善者不辩,辩者不善.(老子)
星星之火,可以燎原.(尚书)
学而不思则罔,思而不学则殆.(孔子)
学而不厌,诲人不倦.(孔子)
学然后知不足.(礼记)
学无止境.(荀子)
血沃中原肥劲草,寒凝大地发春华.(鲁迅)
Y
言者无罪,闻者足戒.(毛诗序)
《阳春》之曲,和者必寡;盛名之下,其实难副.(《后汉书》)
业精于勤,荒于嬉,行成于思,毁于随.(韩愈)
一年之计,莫如树谷;十年之计,莫如树木;百年之计,莫如树人.(《管于》)
一日暴之,十日寒之,未有能生者也.(《孟子》)
衣莫若新,人莫若故.(晏子春秋)
以铜为镜,可以正衣冠;以古为镜,可以知兴替;以人为镜,可以明得失.(孙昭远)
忧劳可以兴国,逸豫可以亡身.(欧阳修)
有情芍药含春泪,无力蔷薇卧晓枝.(秦观)
有志者,事竟成.(后汉书)
与善人居,如入兰芷之室,久而不闻其香;与恶人居.如入鲍鱼之肆,久而不闻其(刘向)
玉不琢,不成器;人不学,不知道.(《礼记》)
欲加之罪,何患无辞.(左传)
欲穷千里目,更上一层楼.(王之涣)
欲速则不达,见小利则大事不成.(论语)
Z
早岁那知世事艰,中原北望气如山.(陆游)
曾经沧海难为水,除却巫山不是云.(元稹)
曾经沧海难为水,除却巫山不是云.(元稹)
张而不弛,文武弗能也;弛而不张,文武弗为也,一张一弛,文武之道也.(《礼记》)
知不足,然后能自反也;知困,然后能自强也.(《礼记》)
知己知彼,百战不殆.(孙子兵法)
知识就是力量.(培根)
知无不言,言无不尽.(苏洵)
纸上得来终觉浅,绝知此事要躬行.(陆游)
至长反短,至短反长.(吕氏春秋)
智者千虑,必有一失;愚者千虑,必有一得.(晏子春秋)
读书不思考,如同吃东西不消化.
————艾德蒙+伯克
这句话告诉我们读书不思考是不行的.就象吃东西必须要消化才能供给人体一样,用打比方的形式告诉我们读书要思考,思考了才能领悟一定的道理,才能更好的领悟人生,改变我们的一些不良习惯.
人生最重要的事情是确定一个伟大的目标,并决心实现它.
————歌德
有了目标才能向目标努力,不会象没头苍蝇一样盲从的无所施事,最终走向消磨时光的犯罪的道路,只有了目标,才会有一颗定心丸,为了实现自己的目标而追求目标,才会不断努力.
爱读书是一种十全十美的享受；别的享受都有尽头.而读书给人的享受却是长久的.
————[英国]培根
不管什么享受都是会终止的,只有读书所带来的思想才能是永恒的,它可以受你思想的不断高级化而升级,所带来的并不是一个思想,而是多个.
1:少壮不努力,老大徒伤悲.
2：读书破万卷,下笔如有神.
3：天生我才必有用,千金散尽还复来.

u=sin a+cos a =√2sin(a+π/4)
-π≤a＜π
-π3/4≤a+π/4＜π5/4
-1≤sin(a+π/4)≤1
√2 ≤√2sin(a+π/4)≤√2

设计好答案,再根据答案些问题

有句俗话叫做扯皮窕蛋
窕发音tiao(三声)
这师兄弟俩一个扯蛋一个窕蛋.他师父是够缺德的.

普遍是不同的 因为 父方给的X 和母方给的X 上的某个等位基因是不同的 加上联会时的交叉互换 复制DNA时的基因突变 减1后期的重组等等 都会改变啦 但是有可能相同（碱基的排列顺序一样） 但几率超超超低 估计地球有可能有吧 60亿/1吧

阿弥陀佛,师兄,这段应该是僧伽吒经中一切勇菩萨问佛：听闻此法者寿命几劫.佛说：寿命满八十劫.然后又解释了这个劫有多长：就好比一个大城,东西各十二由旬,高三由旬,把这座城盛满胡麻,有长寿的人,每过一百岁,取一个胡麻；像这样一直到城中的胡麻取尽了,这个劫数也没有耗完.又好象,一座大山,长宽各十二由旬,高十二由旬,每过百年用布扫一下,一直到这座山都扫完了,劫也没有尽.这就叫一劫的量.比喻一劫的时间很长.
对于劫的概念,有好几个版本的说法.最常用的说法是：一个大劫由四个中劫组成.一个中劫有二十个小劫组成.而一个小劫呢,是由一减劫一增劫组成.减劫是人寿从八万四千岁开始,每过百年减一岁,一直减到十岁.然后就开始增劫,每过一百年增一岁,一直到八万四千岁.这样的一增一减尚且为一小劫,可见一大劫有多长!

以下类容仅供参考!（the suggestion of bleow is adviced!） I (主语)first heard（谓语） this story（宾语） a few years ago（时间状语） from a girl （宾补）{ I had met in New York's Greenwich Village（做定语从句修饰girl）}.Probably（副词作状语） the story（主语） is one of those mysterious bits of folklore（is 后面的作表语） { that reappear every few year,to be told anew in one form or another作定语从句修饰folkore,两个to be时不定式作定语修饰folkore}.However,I still like to think（ that it really did happen,somewhere,sometime作that的宾语!）

证明：
很容易,
任取-π/2≤A0,
cos[(B+A)/2]>0,
∴f(B)-f(A)>0,
即f(x)=sinx在[-π/2,π/2]上单调递增.

智不住三有,悲不入涅盘!
三有,即三界.
智不住三有,悲不入涅盘」.无住涅盘是佛的最高境界的涅盘,既不住生死边也不住二乘的寂静涅盘边,以智慧摄的方便救度众生于三有!
我也有点模模糊糊!你从哪看的啊?我只能查到这些了!

5、不知道△p是什么,我猜是溶液上方水蒸气分压,那么请考虑引入的微粒数,显然尿素是最少的;
6、关键的地方看不到,到底做不做非体积功?我猜是不做;
15、只要定性考虑c和Kb的影响即可...铵根浓度大了水解平恒终态的H+不也大么...即c越大,酸性越强,然后Kb是描述碱性的,越大碱性越强,酸性越弱,pH与之正相关,注意这里是pKb...所以他还是-号...
16、我不明白你为什么算错...pOH=-lgKb(后面一截是0不用解释了吧...)=4.744,14一减即得9.255
18、简单计算一下就可以知道OH-的浓度是3.8*10^7,OH-比H+多,你说酸性还是碱性?
22、你可能缺少一个常识性的条件,浓度为多少可以认为沉淀完全?我们这边用的是10^6mol/L;
23、又有一个数看不到...我猜是1好吧..不知道你们老师是怎么教的,反正我高中老师是教我算被称为浓度商Q的一个玩意(就是像算K一样各种浓度相乘除),然后和K比较,就可以判断方向了,这一题你要把它的方程式看成两个子式的叠加就好理解了,方程式叠加K怎么算我就懒得说了.
24、ACD我知道有,B的话还真没见过,如果非要给理由我会说他的配体太多了,一个en就可以提供很多;
26、Kf*[M2+][X-]^4=[MX4]2-;
28和29完全是一回事...我想你可能比较不理解那个转移电子数n,注意,在计算过程中他们恰好被H+前面的系数次方消掉了.