GRE考满分·题库

搜索

GRE考满分·题库

搜索
科目分类：
全部 填空和等价 阅读和逻辑 数学
书籍分类：
全部 Magoosh Cracking Kaplan Barron The Princeton Review 阅读冲刺练习 填空冲刺练习 OG-第2版 PPPlus PP2 790废除 阅读经典300篇 GRE3000乱序 每月模考活动 来源添加显示练习码 来源添加不显示练习码 GRE3000正序练习册 GRE3000乱序练习册 机经阅读70篇 机经填空500题 GRE高频1400 六选二 GRE数学满分备战军团 数学200 GRE刷题活动 3000小白测评 GRE数学经典1685题 GRE数学经典1685题 GRE数学经典1685题 教师创建练习册-来源 绝密机经模考一 绝密机经模考二 绝密机经模考三 绝密机经模考四 数学1685 2020年GRE数学新800题 填空2020年新题 2020年新阅读100篇 ISSUE全题库 ARGUMENT题库 填空官方指南题 填空官方练习题 阅读官方练习题 阅读官方指南题 数学官方练习题 数学官方指南题 2021年3月全球各考区最新GRE机经题 全考点能力自测题 填空冲刺练习 阅读经典300篇 填空最新400题 阅读2020年新题 数学经典1685题 新增ARGUMENT题 ARGUMENT全题库 新增ISSUE题 ISSUE全题库 2021年2月全球各考区最新GRE机经题 2021年1月全球各考区最新GRE机经题 阅读2020最新100篇 填空2020最新400题 数学2020最新800题 2021年考满分GPO新题模考 GRE数学全题库专项练习 GRE数学培训测试题 考满分独家2020年GRE数学真题模考 考满分GRE填空单科自适应模考 2021年4月全球各考区最新GRE机经题 2021年3月全球最新GRE机经题 考满分独家2020年GRE全科真题模考题 考满分G12阅读单科自适应模考 六选二题型专项 陷阱题排坑练习 困难题挑战练习 2020年全球GRE数学机经题 470篇中文章专项练习 阅读长文章冲刺练习 470篇逻辑单题专项练习 PP2模考 2021年5月全球最新GRE机经题 2021年6月全球GRE机经题 考满分GRE数学精品冲分班单科模考 考满分独家2021年GRE数学真题模考 2021年7月全球GRE机经题 逻辑专项练习（体验版） 知识点专项练习（体验版） 题型专项练习（体验版） ISSUE超超高频题 ARGUMENT超超高频题 2021年8月全球GRE机经题 Verbal单科考前冲刺模考 2021年9月全球GRE机经题 GPO新题模考实战班 长题干审题练习 填空经典1290题(APP端) 数学2020年新1000题 逐考点专项练习（体验版） 2021年10月全球GRE机经题 2021年11月全球GRE机经题 2021年11月GRE写作新增题目 数学最新170难题 2021年12月全球GRE机经题 2021年GRE考试年度报告 2022年1月GRE机经 GRE写作ISSUE分话题库 GRE写作ARGUMENT分话题库 2022年2月GRE机经 2022年3月GRE机经 2022年4月GRE机经 多样化专项练习 2022年5月GRE机经 2022年6月GRE机经 2022年7月GRE机经 2022年8月GRE机经 2022年9月GRE机经 2022年10月GRE机经 2022年11月GRE机经 2022年12月GRE机经 数学冲刺练习 2023年01月GRE机经 2023年02月GRE机经 2023年03月GRE机经 2023年04月GRE机经 GRE阅读最新机经 GRE填空最新机经 2023年05月GRE机经 2023年06月GRE机经 2023年07月GRE机经 2023年08月GRE机经 GRE Plan+计划 2023年09月GRE机经 改革后GRE模考 2023年09月GRE点题预测 六选二专项练习 三空题专项练习 双空题专项练习 单空题专项练习 改革后数学难题 图表题专项练习 比大小题专项练习 470篇短文章专项练习 改革后因果类ISSUE 改革后建议类ISSUE 改革后结果类ISSUE 改革后双方类ISSUE 改革后是非类ISSUE 改革后对立类ISSUE 2023年09月22日GRE改革后机经 2023年10月GRE改革后点题预测 2023年10月GRE机经 分难度套题练习 GRE填空1700题 2023年11月GRE改革后点题预测 2023年11月GRE机经 2023年12月GRE改革后点题预测 2023年12月GRE机经 2024年1月GRE点题预测 2024年1月GRE机经 2024年2月GRE点题预测 2024年2月GRE机经 2024年3月GRE点题预测 2024年3月GRE机经 2024年最新GRE数学170难题 GRE数学6000题170逐考点专项练习 2024年4月GRE点题预测 2024年4月GRE机经 GRE能力诊断
展开全部

题目列表

题目内容


For the frequency distribution of the variable x shown in the table above, what is the median value of x?
What is the range of all the weekly rental rates in the table?
A group of 10 couples plans to rent bayside summer houses on Island X from Realtor M for a certain week. The total rental cost for the houses will be evenly distributed among the 10 couples, and each couple will have their own bedroom. If Realtor M has at least three bayside summer houses of each type available that week, what is the least possible rental cost per couple?
If Realtor M`s inland summer houses on Island X generate a total weekly rental income of $8,800 when they are all rented, what is the greatest possible number of inland 4-bedroom summer houses that Realtor M can have?
From 1989 to 1992, there was a 10 percent increase in the percent of families that owned directly held stocks. Which of the following is closest to the percent of families who owned directly held stocks in 1989?
If 38.7 percent of the families who owned a home owed money on a home mortgage loan or home equity loan, or both, approximately what percent of United States families owned homes free of both home mortgage and home equity loans?
If 250 employees in administration were transferred from Site II to Site I and no other changes in employment occurred, approximately what percent of the employees at Site I would work in administration?
The ratio of the number of production workers at Site I to the number of production workers at Site II is mostly equal to
At Site II, if the average (arithmetic mean) salaries in production, administration, and research are x, y, and z dollars, respectively, what is the average salary, in dollars, of all employees at Site II?
The total number of vehicles sold in Region X by companies other than A, B, C and D in 2009 was approximately how much less than that in 2006?
For which of the last five years shown was the difference between the annual number of vehicles sold by Company C and the annual number of vehicles sold by Company D least?
The increase in the number of vehicles sold in Region X from 2002 to 2003 was the same was that from 2003 to 2004. The decrease in the number of vehicles sold in Region X from 2009 to 2010 was the same as that from 2008 to 2009. For the years from 2002 to 2010, the median number of vehicles sold annually was approximately how much greater than the average (arithmetic mean) number of vehicles sold annually?

Give your answer to the nearest 100 vehicles.


The table above shows a certain store`s weekly revenue and expenses for five weeks. What is the store`s median weekly profit for the five weeks?

Quantity A

The standard deviation of the numbers 45, 64, 83, and 53

Quantity B

The standard deviation of the numbers 55, 81, 47, and 62


The random variable X has the standard normal distribution with a mean of 0 and a standard deviation of 1, as shown. Probabilities, rounded to the nearest 0.01, are indicated for the six intervals shown. The random variable Y has a normal distribution with a mean of 2 and a standard deviation of 1. Using the probabilities shown, approximately how much greater is the probability that the value of Y is between 1 and 2 than the probability that the value of X is between 1 and 2?


The figure above shows a normal distribution with mean m and standard deviation d, including approximate percents of the distribution corresponding to the six regions shown.

The lengths of phone calls made on a certain weekend by students at High School H are approximately normally distributed with a mean of 30 minutes and a standard deviation of 10 minutes. Which of the following statements must be true?

Indicate all such statements.
$$a_1$$, $$a_2$$, $$a_3$$,......,$$a_{150}$$

The $$n_{th}$$ term if the sequence shown is defined for each integer n from 1 to 150 as follows. If n is odd, then $$a_n$$=$$\frac{(n+1)}{2}$$, and if n is even, then $$a_{n}$$=$$(a_{n-1})^{2}$$. How many integers appear in the sequence twice?
If an integer is chosen at random from the integers between 101 and 550, inclusive, what is the probability that the chosen integer will begin with the digit 1, 2 or 3, and end with the digit 4, 5, or 6?

Quantity A

$$\frac{100!}{99!}$$

Quantity B

$$\frac{ (100!-99!)}{98!}$$

Quantity A

$$\frac{(5!+6!)}{(6!+7!)}$$

Quantity B

$$\frac{1}{6}$$

共收录：

25000 +道题目

198本备考书籍

最新提问