目前国内流行性脑脊髓膜炎的主要菌群有（） A.A群 B.B群 C.C群

功能滋阴燥湿，治疗阴虚肺燥咳嗽的药物是( )

A．夏枯草
B．石膏
C．淡竹叶
D．栀子
E．黄芩

阅读《邹忌讽齐王纳谏》选段，回答问题。

　　（1）于是入朝见威王，曰：“臣诚知不如徐公美。臣之妻私臣，臣之妾畏臣，臣之客欲有求于臣，皆以美于徐公。今齐地方千里，百二十城，宫妇左右莫不私王，朝廷之臣莫不畏王，四境之内莫不有求于王：由此观之，王之蔽甚矣。”

　　（2）王曰：“善。”乃下令：“群臣吏民能面刺寡人之过者，受上赏；上书谏寡人者，受中赏；能谤讥于市朝，闻寡人之耳者，受下赏。”令初下，群臣进谏，门庭若市；数月之后，时时而间进；期年之后，虽欲言，无可进者。燕、赵、韩、魏闻之，皆朝于齐。此所谓战胜于朝廷。

1．解释下列语句中加粗的词语。

（1）能谤讥于市朝 　谤：_______

（2）闻寡人之耳者 　闻：_______

2．用现代汉语解释下列语句。

今齐地方千里，百二十城。

______________________________________

3．请分别写出文中表现齐威王纳谏后在国内和国外产生巨大成效的句子。

______________________________________

4．本文中齐威王和邹忌个性鲜明，你更欣赏哪一位，说说你的看法。

______________________________________

患者女，36岁，因“发现左乳肿物1周”来诊。查体：左乳外下象限2.0cm×1.5cm肿物，质硬，活动， * * 皮肤正常；双侧锁骨上区和腋窝未触及肿大淋巴结。双乳B型超声和钼靶X线片：左乳外下象限肿物，倾向恶性。肿物细针穿刺活检：癌。胸部X线片和腹部B型超声未见癌转移。遂收入院行左乳肿瘤区段切除+左侧腋淋巴结清扫术。术后病理：左乳导管内癌，微灶有间质浸润，切缘阴性；ER（+），PR（++），HER-2（－）；腋淋巴结转移0/16。

关于心脏照射，叙述正确的有(提示　全乳腺胸壁切线野定位时，发现有大部分心脏在照射野内。)（）

A.左侧乳腺癌心脏受照射无法避免，但剂量很小，不会对患者产生不良影响

B.放射治疗比不放射治疗提高了乳腺癌患者的疾病相关生存率，但非乳腺癌死亡率增加

C.乳腺癌患者放射治疗后，非乳腺癌死亡原因主要是心脏病和肺癌

D.随着治疗年代的推移，与乳腺癌患者放射治疗相关的缺血性心脏病死亡率逐渐降低

E.在保证乳腺原发肿瘤瘤床不被遮挡的前提下，可采用心脏挡铅，以减少心脏照射范围

F.采用呼吸门控技术，让患者深吸气后屏气时照射，可减少心照射范围

TEXT B
One thing that distinguishes the online world from the real one is that it is very easy to find things. To find a copy of The Economist in print, one has to go to a news-stand, which may or may not carry it. Finding it online, though, is a different proposition. Just go to Google, type in "economist" and you will be instantly directed to economist.com. Though it is difficult to remember now, this was not always the case. Indeed, until Google, now the world’s most popular search engine, came on to the scene in September 1998, it was not the case at all. As in the physical world, searching online was a hit-or-miss affair.
Google was vastly better than anything that had come before: so much better, in fact, that it changed the way many people use the web. Almost overnight, it made the web far more useful, particularly for non- specialist users, many of whom now regard Google as the internet’ s front door. The recent fuss over Google’s stock market flotation obscures its far wider social significance: few technologies, after all, are so influential that their names become used as verbs.
Google began in 1998 as an academic research project by Sergey Brin and Lawrence Page, who were then graduate students at Stanford University in Palo Alto, California. It was not the first search engine, of course. Existing search engines were able to scan or "crawl" a large portion of the web, build an index, and then find pages that matched particular words. But they were less good at presenting those pages, which might number in the hundreds of thousands, in a useful way.
Mr Brin’s and Mr Page’s accomplishment was to devise a way to sort the results by determining which pages were likely to be most relevant. They did so using a mathematical recipe, or algorithm, called PageRank. This algorithm is at the heart of Google’s success, distinguishing it from all previous search engines and accounting for its apparently magical ability to find the most useful web pages.
Untangllng the web
PageRank works by analysing the structure of the web itself. Each of its billions of pages can link to other pages, and can also, in turn, be linked to. Mr Brin and Mr Page reasoned that if a page was linked to many other pages, it was likely to be important. Furthermore, if the pages that linked to a page were important, then that page was even more likely to be important. There is, of course, an inherent circularity to this formula--the importance of one page depends on the importance of pages that link to it, the importance of wb4ch depends in turn on the importance of pages that link to them. But using some mathematical tricks, this circularity can be resolved, and each page can be given a score that reflects its importance.
The simplest way to calculate the score for each page is to perform a repeating or "iterative" calculation (see article). To start with, all pages are given the same score. Then each link from one page to another is counted as a "vote" for the destination page. Each page’s score is recalculated by adding up the contribution from each incoming link, which is simply the score of the linking page divided by the number of outgoing links on that page. (Each page’s score is thus shared out among the pages it links to.)
Once all the scores have been recalculated, the process is repeated using the new scores, until the scores settle down and stop changing (in mathematical jargon, the calculation "converges"). The final scores can then be used to rank search results: pages that match a particular set of search terms are displayed in order of descending score, so that the page deemed most important appears at the top of the list.

Which of the following is NOT true

A．Each page can be given a score that reflects its importance.

B．In the beginning of rating a page’s relative importance, all pages are given the same score.

C．The importance of one page depends on the importance of pages that link to it, the importance of which depends in turn on the importance of pages that link to them.

D．One page’s score is given totally to another page it links to.

汉译英：“新加坡元”，正确的翻译为（）

A．CHY

B．SGD

C．SSD

D．SEK