MBA Planner 2.0
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Interview Reports

A selection of interview field reports from fellow applicants posted to the MBA Admissions Wiki. Add your reports when you are finished with your interviews.
Chicago
Columbia
Dartmouth / Tuck
Duke / Fuqua
Harvard
Kellogg
Michigan / Ross
MIT / Sloan
Stanford
UNC / Chapel Hill
Virginia / Darden
Wharton
London Business School

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.

Program Rankings

Rankings are a good way to start your research on various MBA Programs. Keep in mind each uses a different methodology.
Business Week
Economist
Financial Times
Forbes
USNews
Wall Street Journal

B-School Resources

The following are business resources offered by a variety of leading Business Schools. It's useful to subscribe to these resources, especially for the schools to which you are applying.
knowledge@wharton
INSEAD Knowledge
Harvard Working Knowledge
Knowledge @ Emory
Columbia Ideas @ Work
knowledge@ W. P. Carey
Stanford Knowledgebase
Ross Thought in Action

MBA Programs: The 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.

Additional Resources

Archives

Workbook Wednesdays: Consecutive Divisibility

Welcome to the another installment of Workbook Wednesdays. Thanks again to Manhattan GMAT for supplying today’s question and (more importantly) tomorrow’s answer! Just like last week, this problem mimics the most advanced quantitative problems on the exam, the type of problem you will see if you are scoring around 700 or higher.

Question
If x and n are positive integers, is n = 1?

(1) The sum of n consecutive integers, starting at x, is divisible by xn.
(2) The product of n consecutive integers, starting at x, is divisible by x^n.

(A) Statement (1) ALONE is sufficient to answer the question, but statement (2) alone is not.
(B) Statement (2) ALONE is sufficient to answer the question, but statement (1) alone is not.
(C) Statements (1) and (2) TAKEN TOGETHER are sufficient to answer the question, but NEITHER statement ALONE is sufficient.
(D) EACH statement ALONE is sufficient to answer the question.
(E) Statements (1) and (2) TAKEN TOGETHER are NOT sufficient to answer the question.

Get out your pencils and scratch paper, and be sure to check back tomorrow for an in depth look at the answer!

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