文档介绍：GMAT阅读真题解析(英吉GMAT每日一题)
  《GMAT非官方指南》—阅读部分指导教师:英吉

  
  GMAT阅读每日一题详解(GMAT非官方指南)
  
  指导教师:博智英吉老师
  
  说明: 1、此文档一共28篇阅读,把所有题目跟着做下来,您的逻辑正确率应该在70%以上
  了,加油哦!
  2、这个系列还有语法、逻辑,OG13更多请关注人人网“英吉”老师公共主页!
  3、如果你看解析之前先把题目做做会更好的!
  英吉人人网:http://page./600441309
  
  《GMAT非官方指南》—阅读部分指导教师:英吉

  
  第一篇
  
  In the 1980's, astronomer Bohdan Paczynski proposed a way of determining whether the enormous dark halo constituting the outermost part of the Milky Way galaxy posed of MACHO's (pact halo objects), which are astronomical objects too dim to be visible. Paczynski reasoned that if MACHO's make up this halo, a MACHO would occasionally drift in front of a star in the Large Magellanic Cloud, a bright galaxy near the Milky Way. The gravity of a MACHO that had so drifted, astronomers agree, would cause the star's light rays, which would otherwise diverge, to bend together so that, as observed from Earth, the star would temporarily appear to brighten, a process known as microlensing. Because many individual stars are of intrinsically variable brightness, some astronomers have contended that the brightening of intrinsically variable stars can be mistaken for microlensing. However, whereas the different colors of light emitted by an intrinsically variable star are affected differently when the star brightens, all of a star's colors are equally affected by microlensing. Thus, if a MACHO magnifies a star's red light tenfold, it will do the same to the star's blue light and yellow light. Moreover, it is highly unlikely that a star in the Large Magellanic Cloud will undergo microlensing more than once, because the chance that a second MACHO would pass in front of exactly the same star is minuscule.
  
  文章概况:开头说有一些宇航员提出了一种方法,并用这种方法测试hale中是否包含macho,这种macho肉眼是看不到的。后面就开始不停的论述这个观点,中间的推导过程实在读不懂,反正和light ray和颜色有点关系,这个推导过程一直持续到文章结尾。
  
  Question# 1.
  
  It can be inferred from the passage that which of the following would constitute the strongest evidence of the