受累大伙给看看they built a wall to __keep_____wolves __out of_____t

My philosophy is: in the young season, I would rather endure hardship involved, only wish through his passion, proactive efforts to achieve their own value and work to make the greatest contribution. As the participant, a system of relevant professional knowledge training, have very strong endurance; As a just into the society soon, little work experience is true, but I'm young, vigorous, have the ability to complete any work. Although still lack a certain experience and have not perfect place, but I will use time and sweat to make up for. Please leadership rest assured, I will give you the quality and quantity assured to finish the task.
(亲,绝对正确哦~求采纳）

宁愿,也

Expository essay is a description as the main way of expression used to describe things,set out a sensible style.It does this by revealing the concept to describe the characteristics of things,nature and its laws,and gives an accurate idea of scientific knowledge or the right.General description can be divided into physical and abstract things,things that shows two categories,dictionaries,textbooks,papers,laboratory reports,product brochures,advertising,commentary and scientific sketches belong to the description text.

I have a persistent pursuit of our people are willing to endure hardship involved, through their own passionate, proactive efforts to achieve their own values. Fine style of work, others sincere, good...

1、海洋不但是一座自然资源的宝库,而且还是一座知识的宝库.
2、乡亲们为了要保证边防战士粮足弹满,以便狠狠打击入侵的敌人,他们宁愿自己吃苦受累,舍弃一切.
3、 因为蚕儿为大伙织茧一丝不苟,所以得到了人们的热情称赞.
4、这篇文章的感情真挚,内容具体充实,但写法上仍有些不足之处.

邻居李奶奶已经80多岁了,她（宁愿 ）自己多受累 ,（ 也不）轻易地麻烦别人.

妈妈（宁可）自己吃苦受累,（也不）让孩子受一点点委屈

I'm a confident,and optimistic person with a positive attitude and curious about fresh things.I'm willing to achieve self-worth through my hard work and passionate and active efforts.I have a fine style of work,a sincere way of treating people,and a good interpersonal relationship.I also can arrange life matters calmly and reasonably.What's more,I have great responsibility ,creativity,sense of community ,and the capacity of judging and thinking logically.During my stay in the university,I did my best to raise my overall quality and tried many fresh things.I never believe fate.I believe myself and team.I know sharing can bring me more,and that's my biggest advantage.
哈,终于翻玩了,好累啊.

Learn to be cruel,learn to be independent,learn to be optimistic,learn to get rid of the emotion that even not worthy.
补充几句,cruel是冷酷,“学会微笑”指的是生活态度,所以用了“乐观”一词,get rid of还好,但是后半句可能翻译得有点偏激,再就是上面说的几个词和这个“emotion”有点言不及义,恕在下水平有限,也恳请各位高手批评指正.
恕多嘴一句,如果用这种句子做心情短语之类并不能达到醒目的效果,建议找著名的或者更为霸气的句子.

A

即使乡亲们自己吃苦受累,舍弃一切,也要保证边防战士粮足弹满,以便狠狠打击入侵的敌人,

一定压强下,每单位质量物质由液相变为同温度的气相所需要的热量,称为汽化热.汽化热又称汽化焓、蒸发热.由于汽化热只改变物质的相而不改变物质的温度,所以又称汽化潜热.
按照物质分子运动论的观点,气体中的分子平均距离比液体中的大得多.液态时,物质分子之间有较强的吸引力,物质从液相转变为气相,必须克服分子间的引力而做功,这种功称为内功.另外,当物质从液相变为气相时,体积将增大许多倍,因此还必须反抗大气压力而做功,这种功称为外功.做功需要消耗一定的能量.当液体蒸发或沸腾时,保持温度不变,都必须从外界输入能量,这就是液体汽化时需要汽化热的原因.
注意：汽化有蒸发和沸腾两种形式.
如果你指的是水的沸腾温度升高（对应的压力当然也升高）的话,那么相应的汽化热的确是降低的.这个可以用以下数据更详细的说明这个问题（这个数据就是用饱和态的气液两相的比焓相减得到的）：
温度(C) → 压力 (atm)→ 汽化热 (kJ/kg)
100 → 1.0009 → 2256.43
105 → 1.1932 → 2243.13
110 → 1.415 → 2229.68
115 → 1.6697 → 2216.01
120 → 1.9608 → 2202.09
125 → 2.292 → 2188.03
130 → 2.6675 → 2173.72
135 → 3.0913 → 2159.16
140 → 3.5681 → 2144.24
145 → 4.1025 → 2129.16
150 → 4.6994 → 2113.72
155 → 5.3639 → 2098.01
160 → 6.1015 → 2081.93
165 → 6.9177 → 2065.56
170 → 7.8183 → 2048.82
175 → 8.8093 → 2031.68
180 → 9.897 → 2014.15
185 → 11.088 → 1996.21
190 → 12.388 → 1977.87
195 → 13.805 → 1959.01
200 → 15.346 → 1939.73
可以看得出来,温度相差不大的情况下,这种降低不是很显著.
我注意到你加了一张小图,图不是很清楚,但是意思是说明压力是一定的,恒为一个大气压,这样的情况,汽化不完全指沸腾的情况,但是汽化热的变化规律仍然是一样的.
至于为什么水的温度升高,相应的汽化热降低,我是这么理解的：
汽化热与汽化时的温度和压强有关,温度升高时汽化热减小,到临界温度时变为零.这是由于随着温度的升高,液体分子将具有较大的动能,气相与液相之间的差别逐渐减小,液体只需要从外界获得较少的能量就能汽化.而在临界温度下,物质处于临界态,气相与液相之间的差别消失了,因此汽化热为零.
液体中分子的平均距离比气体中小得多.汽化时分子平均距离加大、体积急剧增大,需克服分子间引力并反抗大气压力作功.因此,汽化要吸热.汽化热随温度升高而减小,因为在较高温度下液体分子具有较大动能,液相与气相差别减小.极端一点的情况就是：在临界温度下,物质处于临界态,气相与液相差别消失,汽化热就为零.

设框架的底面长、宽和高分别是a,b,c
因为都去整数厘米,我们可以从高开始入手,一个长方体总共有12条边,高有四条 以下我们分别讨论 因为40不是一个很大的数,列举即可 其余的八条边为4a+4b 因为a和b也是整数,估剩余的数已达要是4的倍数
一、c=1 a+b=(40-4)/4=9 可以分成1和8 2和7 3和6 4和5 共四种
二、c=2 a+b=(40-8)/4=8 可以分成（1和7） 2和6 3和5 4和4 共四种
三、c=3 a+b=(40-12)/4=7 可以分成（1和6） 2和5 3和4 共三种
四、c=4 a+b=(40-16)/4=6 可以分成1和5 2和4 3和3 共三种
五、c=5 a+b=(40-20)/4=5 可以分成 .
依次穷举 去掉相同的
除了这种方法 我们发现 a+b+c=40/4=10 a b c 分别为长方体框架的三条边 是对等的
可以分成 1 1 8 / 1 2 7/ 1 3 6/ 1 4 5 /
2 2 6/ 2 3 5/ 2 4 4
3 3 4
共有8种
面积最大是 应该是三条边相差最小的时候
应该是334这组表面积为（3*3+3*4+3*4）*2=66（平方厘米）

±10分之根号10

桑娜宁可自己受累,也不让西蒙的孩子无人抚养.

红色或棕色代表接火线（L）,黑色或蓝色代表接零线（N）,还有就是黄绿双色线代表接地线.
面对插座,左面孔是火线,右面孔是零线,中间的是地线.

她坚持说她没有在背后说他的坏话,但是他不相信.
从后面一句话来看：but he didn't believe ,说明“他不相信”这个动作发生在过去,而前面一句话：she insisted that she hadn't spoken ill of him behind him中“说坏话”发生在“他不相信”之前.因此,这个表示在过去以前发生的动作要用过去完成时.
所以选A.

"一生设计者,一生受累,少有善终:耕牛无宿草,仓鼠有余粮."
为一辈子做好打算的人,一辈子都要受累,很少有好的结局：耕牛没有隔夜的草,仓库中的老鼠却有多余的粮食
设计：做打算、预先谋算好蓝图

核心家系：指包括疾病患者及其父母所组成的家系.
多代家系：指包括疾病患者及其三代以上具有血缘关系的直系亲属所组成的家系.
患者和患有同种病的患者的兄弟姐妹其中一人即组成受累同胞对.

My motto:in my young days I am ready to suffer bitterness and troubles,I will enthusiastically exert to realize my personal value and make big achievements in work.
I am good at to study and ready to study,innovate and pursue excellence.I have a sincere character and good team cooperation spirit.I am earnest to my work with my enthusiasm and optimism,bold to face up with any difficulties and challenges.

Dear Sir or Madam, I am a sophomore from Administration Department of our university. I am writing to apply for a student loan. Firstly, my family can not afford my tuition, because i have two broth...

【心有余而力不足】：心里非常想做,但是力量不够.

【有心无力】：有愿望和打算,但没有力量付诸实现.

【爱莫能助】：虽然心中关切同情,却没有力量帮助.

【鞭长莫及】：比喻相隔太远,力量达不到.

【望尘莫及】：远远落在后面,比喻力量达不到.
—————————————————————提问勿忘采纳—————————————————

海岛战士　宁可　自己多吃苦受累　也　要千方百计建设好祖国的海岛.
无论　自己多吃苦受累海岛战士　都　要千方百计建设好祖国的海岛.
宁可．．．．也
无论．．．．都
答案是这么写的

宁愿,也不

1.
∫ 1 / (1 + e^x) d x
= ∫ 1 / (1 + t) d ln x
= ∫ 1 / [t (1 + t)] d x
= ∫ [1 / t - 1 / (1 + t)] d x
= ∫ 1 / t d x - ∫ 1 / (1 + t) d x
= ln t - ln (t + 1) + C
= ln [t / (t + 1)] + C
= ln [e^x / (e^x + 1)] + C
2.
∫ cot x / √sin x d x
= ∫ cos x / (sin x √sin x) d x
= ∫ 1 / (sin x √sin x) d sin x
= ∫ 1 / (t √t) d t
= - 2 ∫ t^(- 3 / 2) d t
= - 2 t^(- 1 / 2) + C
= - 2 (sin x)^(- 1 / 2) + C
3.
∫ (sec x)^2 / √(1 + tan x) d x
= ∫ 1 / √(1 + tan x) d tan x
= ∫ 1 / √(1 + t) d t
= 2 √(1 + t) + C
= 2 √(1 + tan x) + C
4.
∫ (arctan x)^2 / (1 + x^2) d x
= ∫ t^2 / [1 + (tan t)^2] d tan t
= ∫ t^2 / {(cos t)^2 [1 + (tan t)^2]} d t
= ∫ t^2 / [(cos t)^2 + (sin t)^2] d t
= ∫ t^2 d t
= t^3 / 3 + C
= (arctan x)^3 / 3 + C
5.
∫ x (x^2 - 1)^(1 / 3) d x
= ∫ 1 / 2 (x^2 - 1)^(1 / 3) d x^2
= 1 / 2 ∫ (t - 1)^(1 / 3) d t
= 1 / 2 * 3 / 4 (t - 1)^(4 / 3) + C
= 3 / 8 (x^2 - 1)^(4 / 3) + C
6.
∫ x ln x d x
= ∫ e^t t d e^t
= ∫ e^(2 t) t d t
= 1 / 4 ∫ e^(2 t) 2 t d (2 t)
= 1 / 4 ∫ e^u u d u
= 1 / 4 ∫ u d e^u
= 1 / 4 (u e^u - ∫ e^u du + C1)
= 1 / 4 (u e^u - e^u + C2)
= (u - 1) e^u / 4 + C
= (2 ln x - 1) e^(ln x^2) / 4 + C
= x^2 (2 ln x - 1) / 4 + C
7.
∫ x^2 e^x d x
= ∫ x^2 d e^x
= x^2 e^x - ∫ e^x d x^2 + C1
= x^2 e^x - ∫ 2 x d e^x + C1
= x^2 e^x - 2 x e^x + ∫ e^x d 2 x + C2
= x^2 e^x - 2 x e^x + 2 e^x + C
8.
∫ arcsin x d x
= ∫ t d sin t
= t sin t - ∫ sin t d t + C1
= t sin t + cos t + C
= t sin t + √[1 - (sin t)^2] + C
= x arcsin x + √(1 - x^2) + C
9.
∫ (x + 1) / [x √(x - 2)] d x
= ∫ (2 + t^2 + 1) / [(2 + t^2) t] d (2 + t^2)
= 2 ∫ t (2 + t^2 + 1) / [(2 + t^2) t] d t
= 2 ∫ (2 + t^2 + 1) / (2 + t^2) d t
= 2 ∫ [1 + 1 / (2 + t^2)] d t
= 2 { t + C1 + ∫ 1 / [(√2)^2 + t^2] d t }
= 2 [t + C1 + 1 / √2 arctan (t / √2) + C2]
= 2 t + √2 arctan (√2 t / 2) + C
= 2 √(x - 2) + √2 arctan [√(2 x - 4) / 2] + C
10.
∫ √(x^2 - 9) / x d x
= 1 / 2 ∫ √(x^2 - 9) / x^2 d x^2
= 1 / 2 ∫ √(t - 9) / t d t
= 1 / 2 ∫ u / (u^2 + 9) d (u^2 + 9)
= ∫ u^2 / (u^2 + 9) d u
= ∫ 1 d u - 9 ∫ 1 / (u^2 + 9) d u
= u + C1 - 9 * 1 / 3 * arctan (u / 3) + C2
= u + 3 arctan (u / 3) + C
= √(x^2 - 9) + 3 arctan (√(x^2 - 9) / 3) + C
11.
∫ (x^3 + 1) / (x^3 + x) d x
= ∫ { 1 + (1 - x) / [x (x^2 + 1)] } d x
= ∫ [ 1 + 1 / x - (x + 1) / (x^2 + 1) ] d x
= x + ln x + C1 - ∫ x / (x^2 + 1) d x - ∫ 1 / (x^2 + 1) d x
= x + ln x + C1 - 1 / 2 ∫ 1 / (x^2 + 1) d x^2 - ∫ 1 / (x^2 + 1) d x
= x + ln x + C1 - 1 / 2 ∫ 1 / (t + 1) d t - ∫ 1 / (x^2 + 1) d x
= x + ln x + C1 - [ln (t + 1)] / 2 + C2 - ∫ 1 / (x^2 + 1) d x
= x + ln x + C1 - [ln (x^2 + 1)] / 2 + C2 - arctan x + C3
= x + ln x - [ln (x^2 + 1)] / 2 - arctan x + C
12.
∫ 5^x e^x d x
= ∫ (5 e)^x d x
= ∫ 1 / ln (5 e) d (5 e)^x
= 1 / ln (5 e) * (5 e)^x
= (5 e)^x / (1 + ln 5)

抄来的
路易斯酸
路易斯,美国物理化学家.从他的电子理论出发,他还为酸碱作出了更为广泛的定义:可接受一个电子对的物质是酸,可给出一个电子对的物质是碱,形成路易斯酸碱理论.
路易斯酸是一种广泛定义,能够提供质子,或者能够接受电子的全都是路易斯酸.甚至能让电子向自身偏移的也可以认为是较弱的路易斯酸.例如,三氟化硼BF3,按布伦斯特定义,它不是酸,但它的硼原子的外层只有六电子,可以接受电子对,所以它是个路易斯酸.大多有机化学资料中所指的酸碱,都是布伦斯特定义的酸碱.
例如：BeCl2 ,CO2,CO,Hg(NO3)2 ,SnCl2
相反,能提供电子对的分子或原子团称为路易斯碱.如PH3,CO,SnCl2,NF3,IF3等.
看到了补充 反过来不旧时碱嘛 这个也是抄来的
路易斯碱 在有机化学中,能吸收电子云的分子或原子团称为路易斯酸,在有机硫的化合物中,硫原子的外层有空轨道,可以接受外来的电子云,因此可称这类有机硫的化合物为路易斯酸.相反,能提供电子云的分子或原子团称为路易斯碱.
路易斯碱即电子给予体,是在酸碱电子理论定义下的碱,指可以提供电子对的分子或离子.任何在键结轨道中有孤对电子的分子均为路易斯碱.此处碱的定义和阿累尼乌斯对碱的定义不同,因此路易斯碱溶在水中不一定会产生氢氧根离子.氢键X-H…Y中的电子给予体Y是路易斯碱.
路易斯碱在有机反应中为亲核试剂.如NH3、H2O、F-、CN-和CO均为路易斯碱.若路易斯碱与路易斯酸反应,形成配合物时,路易斯碱为配体.

亲爱的妈妈：
Dear Mom:
感谢您对我的抚养,
Thanking for your dedicated sacrifice in my growth!(感谢您在我成长中的无私奉献)
您辛苦了!
You have been sufferring so much!
作为你的孩子,我没少让您操心受累!
As your child,I'm always making you feel tiring!Thanks a lot!
值此母亲节来临之际,我用我真诚的心祝您节日快乐!
As the arrival of the Mothers' Day ,I wish you be happy with my whole heart!
祝您身体健康、万事如意!
I wish you be healthy,and your everything is okay!
我以后一定好好听您的话,再不惹您生气!
I will obey your words,I won't make you sad or angry any more!
做一个听话懂事的好孩子!
I will be a good child!
爱你的女儿（儿子）
love your daughter (son)
Dear Mom:
Thanking for your dedicated sacrifice in my growth!You have been sufferring so much!As your child,I'm always making you feel tiring!Thanks a lot!As the arrival of the Mothers' Day ,I wish you be happy with my whole heart!I wish you be healthy,and your everything is okay!I will obey your words,I won't make you sad or angry any more!I will be a good child!
Love your daughter (son)

Dear Sir or Madam,
I am so glad to hear that your museum will have an exhibition next week.I am a senior history major from Beijng University.I have had a particular interest in history since i was a child.Therefore ,I would like to ask you for some relevant information about the activity.
First of all,could you tell me the specific time about this activity?Because I have classes from Monday to Friday .If you are kind to give me the information,I can make a necessary arrangement in advance.In addition,I wonder which Dynasty in Chinese history the activity mainly focuses on .Lastly,Is there any preferential policies for students?
I am looking forward to your favorable reply at your earliest convenience.
Yours sincerely,
Li Ming
这篇文章写得比前几篇要好,而且之前写作里出现的那些固定词组和句式你也能用上来了,有进步.另外,我周末一般不能上网,若我不能及时给你回复,你可以参考别人给你的意见.

自作自受 生机勃勃

1.didn't she?他妻子把地毯和窗帘都洗了,是不是?
2.hadn't you、你最好马上走,不是吗?
3.didn't they?昨天没人离开,是吧?
4.didn't you?你们是一道来的,是吧?

我没有能力给你富有的生活

2NaOH+CO2=Na2CO3+H2O
Cu(OH)2+H2SO4=CuSO4+2H2O
Cu(oH)2+2HCl=CuCl2+H2O
三种产物都溶于水,没有沉淀符号,也未产生气体,所以无气体符号

很简单
连接OD
因为OC平行于BD
所以 角AOC=角OBD 角COD=角OBD
所以 角AOC=角COD
再加上 OC是公共边 OA=OD（都是半径）
可证明 三角形OCA 全等于 三角形OCD
显然角OAC是直角 所以角ODC是直角,问题得证

是不是用“即使”“也”

I want to soldier'wife,want to be with you dedication.Even if I have no grudges to bear hardships involved.
Select a soldier,give my heart to you.Fancy your character is good,more thoughtful my difficult.

海岛战士宁可自己多吃苦受累,也要千方百计建设好祖国的海岛.