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Kudos given to other GMAT Club members


metaphola owns 0 Kudos, gave away 210 Kudos.

RecipientPostDate
BunuelHow many of the integers that satisfy the inequality (x+2)(x20-Aug-2017
EgmatQuantExpertWavy Line Method Application - Complex Algebraic Inequalities19-Aug-2017
Bunuel14-Aug-2017
vsrsankar11-Aug-2017
BunuelRe: Manhattan Remainder Problem02-Aug-2017
v1gneshRe: Which of the following numbers is not prime ?06-Jul-2017
bbBIG GMAT CHANGES: Select Section Order on the GMAT starting July 1106-Jul-2017
Ric123What is the ratio x : y: z ?09-Apr-2017
artshepPost link04-Apr-2017
IHATEMELGIBSON1Re: Adult with ADD studying for the GMAT (long post)04-Apr-2017
VeritasPrepBrianRe: How do you stay focused when studying? Tips?04-Apr-2017
gmihirHow many even different factors does the integer P have?01-Mar-2017
BunuelHow many different positive even integers are factors of 294?01-Mar-2017
camlan199005-Jan-2017
KarishmaBThe annual rent collected by a corporation from a certain building was05-Jan-2017
thanksThe annual rent collected by a corporation from a certain building was05-Jan-2017
coolparthiRe: M is the sum of the reciprocals of the consecutive integers from 20105-Jan-2017
imperfectdarkRe: M is the sum of the reciprocals of the consecutive integers from 20105-Jan-2017
fozzzyIf K is the sum of the reciprocals of the consecutive integers from 4305-Jan-2017
WalkaboutM is the sum of the reciprocals of the consecutive integers from 20105-Jan-2017
ENGRTOMBA2018Re: In the parallelogram shown, what is the value of x?05-Jan-2017
BunuelThe population of a bacteria culture doubles every 2 minutes. Approxim04-Jan-2017
Bunuel[[x]] is equal to the lesser of the two integer values closest to non-04-Jan-2017
BunuelRe: (1/2)^(-3)*(1/4)^(-2)*(1/16)^(-1)04-Jan-2017
asveaassIf r and s are the roots of the equation x^2 + bx + c = 004-Jan-2017
BunuelRe: If r and s are the roots of the equation x^2 + bx + c = 004-Jan-2017
WalkaboutA positive number x is multiplied by 2, and this product is04-Jan-2017
BunuelIf (3 - 2x)^(1/2) = (2x)^(1/2) + 1, then 4x^2 =04-Jan-2017
BunuelRe: A certain fruit stand sold apples for $0.70 each and bananas for $0.5003-Jan-2017
BunuelRe: A certain fruit stand sold apples for $0.70 each and bananas for $0.5003-Jan-2017

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