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APPLICANT RESOURCES
Admissions Director Q&A Clear Admit School Guides Clear Admit Career Guides Clear Admit Strategy Series Clear Admit Interview Guides Below are the upcoming deadlines for admission to top-tier schools. Feb 10: INSEAD R3 Mar 1: Michigan / Ross R3 Mar 3: CBS Mar 3: LBS R3 Mar 4: Kellogg R3 Mar 8: Cambridge / Judge R4 Mar 8: CMU / Tepper R3 Mar 9: Duke / Fuqua R3 Mar 9: Penn / Wharton R3 Mar 10: Berkeley / Hass R4 Mar 10: Chicago Booth R3 Mar 10: Yale SOM R3 Mar 15: NYU / Stern R3 Mar 17: UCLA / Anderson R3 Mar 19: UNC / Kenan-Flagler R4 Mar 30: Cornell / Johnson R4 Mar 31: UVA / Darden R3 Mar 31: INSEAD R4 Apr 1: UT-Austin / McCombs Apr 2: Dartmouth / Tuck R3 Apr 2: Oxford / Saїd R3 Apr 7: Stanford GSB R4 Apr 8: Harvard R3 Apr 14: CBS Essay Topic Analysis Use categories to access all that has been written on each of the topics. We have categorized by school and by subject matter.
Interview Reports MBA.com Manhattan GMAT GMAT Club Princeton Review Test Prep New York Kaplan Beat The GMAT Knewton Writing Resources Guide to Grammar and Writing The Internet Grammar of English English Usage, Style and Composition The Economist Style Guide Paradigm Online Writing Assistant School Rankings The following resources should be useful to those who want to research the careers open to them after (or before) earning an MBA. Vault.com Wetfeet
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If an MBA Program is not listed, please e-mail and we will be happy to list it. Berkeley / Haas Boston College / Carroll Carnegie Mellon / Tepper Chicago Columbia Concordia Cornell / Johnson Dartmouth / Tuck Duke / Fuqua Emory / Goizueta Harvard HEC Montreal Indiana / Kelley Michigan MIT / Sloan Northwestern / Kellogg New York / Stern North Carolina / Kenan Flagler Notre Dame / Mendoza Pennsylvania / Wharton Queens Stanford Syracuse / Whitman Texas / McCombs Thunderbird Toronto USC / Marshall UCLA / Anderson Vanderbilt / Owen Virginia / Darden Washington University in St. Louis / Olin Western Ontario / Ivey Yale MBA Programs: Rest of the World As there is some variety in the length of international MBA programs, we have denoted the length of the program next to its name (1 = one year; 2 = 2 years). If an MBA Program is not listed, please e-mail and we will be happy to list it. AGSM (Australia) 2 Cambridge / Judge (UK) 1 CIEBS (China) 2 Cheung Kong Graduate School of Business (China) 1 Cranfield School of Mgmt (UK) 1 ESADE (Spain) 1 or 2 HEC (France) 2 Hult (UK) 1 IESE (Spain) 2 IMD (Switzerland) 1 INCAE (Costa Rica) 2 INSEAD (France) 1 IPADE (Mexico) ISB (India) 1 London Business School (UK) 2 Manchester Bus. School (UK) 2 Melbourne (Australia) 2 Oxford / Said (UK) 1 Rotterdam (Netherlands) 1 Tsinghua IMBA (China) 2 University of St. Gallen (Switzerland) 1 Additional Resources Here we link a host of additional resources available across the web. E-mail info@clearadmit.com to have resources added to this list. AACSB International Association of MBAs Beyond Grey Pinstripes EFMD gradschools.com (worldwide) Infozee International Student Loans mba.com (GMAT Scores) MBAInfo mbaleague.blogspot.com MBAzone MBA Jungle TOEFL Top MBA MBA Tipline We encourage admissions officers, students and applicants to alert us of interesting news and developments, please send an email to news@clearadmit.com so we can blog it. Blog Archive
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Get a $10 Amazon.com Gift Card! Contribute your MBA interview reports to the Clear Admit Wiki. Interviewing with b-schools in R2? Download our school by school Interview Guides or send us your CV to learn more about our mock interview services. Saturday, November 28, 2009 GMAT Tip: Maximize/Minimize Statistics Problems Today’s GMAT tip comes from our friends at ManhattanGMAT. In this article, ManhattanGMAT instructor Stacey Koprince offers explanations to sample GMATPrep® max/min questions: This week, we’re going to tackle two GMATPrep® questions, this time from the quant side of things. My students have been asking (really, complaining!) about maximize / minimize questions lately. A lot of students aren’t sure about the most efficient approach to these kinds of questions. We’ll tackle these two GMATPrep® questions this week in order to learn how to master max/min questions in general. Let’s start with a sample problem. Set your timer for 2 minutes…. and… GO! *Three boxes of supplies have an average (arithmetic mean) weight of 7 kilograms and a median weight of 9 kilograms. What is the maximum possible weight, in kilograms, of the lightest box? (A) 1 (B) 2 (C) 3 (D) 4 (E) 5 The most important thing to notice here is the word “maximum.” This one word is going to be the determining factor in how we set this problem up, right from the very beginning. Most of the time, when we’re asked to maximize something, we will need to minimize the remaining variables in the problem. Conversely, if the problem asks us to minimize something, we will usually need to maximize the remaining variables. (There are times, though, when we will need to minimize some other variable in order to minimize the desired thing or maximize some other variable in order to maximize the desired thing – so we do need to pay attention.) This time, they’re asking us to maximize one figure: the lightest box. If three items have an average weight of 7, then collectively, the three items have a weight of 7×3 = 21. If three items have a median weight of 9, then the middle of the three items is actually 9. This one isn’t a variable; we can’t change this number. The first (or lightest) of the three, therefore, has to be equal to or less than 9 (because it is to the left of the median). Check the answers quickly – in this case, unfortunately, that information doesn’t help us to eliminate any answers. If the middle box is actually 9, then we can subtract that from 21 to get the combined weight for the other two boxes. 21 – 9 = 12. So the lightest and heaviest boxes have to add up to 12. Now, do we want to minimize or maximize the weight of the heaviest box? The heaviest box has to be equal to or greater than 9 (because it is to the right of the median). We want to minimize the weight of this box in order to maximize the weight of the lightest box. So, the smallest possible weight for the heaviest box is 9. If the heaviest box is minimized to 9, and the heaviest and lightest add up to 12, then the maximum weight for the lightest box is 3. The correct answer is C. Make sense? If you’re sure you’ve got it, try this harder one. Set your timer for 2 minutes! *A certain city with a population of 132,000 is to be divided into 11 voting districts, and no district is to have a population that is more than 10 percent greater than the population of any other district. What is the minimum possible population that the least populated district could have? (A) 10,700 (B) 10,800 (C) 10,900 (D) 11,000 (E) 11,100 In this case, there are 11 voting districts, each with some number of people. We’re asked to find the minimum possible population in the least populated district – or the smallest population that any one district could possibly have. Let’s say that we’re going to minimize the population in District 1. Because all 11 districts have to add up to 132,000 people, we want to maximize the population in Districts 2 through 10. How can we do that? Now, we need more information from the problem: “no district is to have a population that is more than 10 percent greater than the population of any other district” So, if the smallest district has 100 people, then the largest district could have 110 people but can’t have any more than that. If the smallest district has 500 people, then the largest district could have 550 people but can’t have any more than that. How did we calculate those numbers? In each case, we take 10% of the original number and add that figure to the original number to give us our maximum. In the given problem, we don’t know the number of people in the smallest district, so let’s call that x. If the smallest district is x, then calculate 10% and add that figure to x: x + 0.1x = 1.1x. So the largest district could be 1.1x but can’t be any larger than that. We want to maximize all of the 10 remaining districts, so we should assume that all 10 districts are equal to 1.1x. As a result, we have (1.1x)(10) = 11x people in the 10 maximized districts (Districts 2 through 10), as well as our original x people in the minimized district (District 1). The problem told us that all 11 districts add up to 132,000, so write that out mathematically: 11x + x = 132,000 12x = 132,000 x = 11,000 The correct answer is D. Key Takeaways for Max/Min Problems: (1) figure out what variables are “in play” (what figures we can manipulate in the problem) (2) figure out whether each variable needs to be maximized or minimized in order to achieve the desired outcome (the thing the problem asks us to do) (3) do the work (carefully, as always!) * GMATPrep® questions courtesy of the Graduate Management Admissions Council. Usage of this question does not imply endorsement by GMAC. For more information on ManhattanGMAT, download Clear Admit’s independent guide to the leading test preparation companies here. This FREE guide includes coupons for discounts on test prep services at nine different firms! Leave a Reply |
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MBA Twitter Index! We've created the MBA Admissions Twitter Index, a directory of applicants, current MBA students and b-schools on Twitter.Wiki MBA Admissions WikiThe Clear Admit Wiki is designed to allow b-school applicants to share their experiences through the application process. You can learn from others' experiences and contribute your own reports to the community. Below are the five most popular pages in the wiki: Wharton Interview Field Reports HBS Interview Field Reports Kellogg Interview Field Reports Chicago Interview Field Reports Columbia Interview Field Reports Discussion Boards BusinessWeek ForumsThe BusinessWeek Discussion Boards are another way to learn about the issues applicants face. Clear Admit hosts the Ask Clear Admit thread, which should help answer your questions. Here is a link to the original interface (for those of you who didn't like the recent upgrade). Also, here are the five most recent discussions taking place in the forum: Clear Admit is a featured expert in the BeatTheGMAT forums, answering questions from applicants across the globe. Feel free to ask us your questions in this forum! Here are the most recent posts: Clear Admit manages the Applying section of the StudyLink MBA discussion boards. Below are the five most recent posts to the GMAT Club message boards.
The student-2-student Discussion Boards are managed by Wharton. Here are the five most recent discussions. School-Hosted Blogs Straight from the source: aggregated posts from students and administration. Below are the seven most recent posts in school-hosted blogs. Individuals' Blogs A selection of the latest updates to MBA blogs compiled by Hella.MBA Applicants Bloggers by School The following are links to bloggers at each of the schools listed.Chicago Columbia Dartmouth / Tuck Duke / Fuqua Harvard Kellogg Michigan MIT / Sloan New York / Stern North Carolina / Chapel Hill Stanford Virginia / Darden Wharton Yale ESADE IESE INSEAD London Business School Community Blogs Bshoolers.comCommunity blog with MBA student and alum contributors. Forté Foundation MBA Diaries Video blog entries posted by women MBA students. Owen Bloggers Independent blog with content by Vanderbilt MBA students. Best of Blogging 2008-2009 Top Ten:
Best of Blogging 2007-2008 Top Ten:
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