GMAT Club

Kudos given to other GMAT Club members


Iamprithwish owns 17 Kudos, gave away 97 Kudos.

RecipientPostDate
BunuelA circle is inscribed in a regular hexagon. A regular hexagon is inscr12-Sep-2022
mist3rhFour points that form a polygon lie on the circumference of12-Sep-2022
BunuelA regular polygon is inscribed in a circle. How many sides does the12-Sep-2022
EgmatQuantExpertRe: A bigger circle (with center A) and a smaller circle (with center B) a10-Sep-2022
ksharma12In the infinite sequence A, An = X^(n-1) + X^n + X^(n+1) + X^(n+2) + X08-Sep-2022
BunuelFor every integer m from 1 to 10 inclusive, the mth term of a certain08-Sep-2022
kajolnbAlex deposited x dollars into a new account that earned 8 percent annu29-Aug-2022
peachfuzzRe: If x and y are positive integers, is x/y < (x+2)/(y+3)?28-Aug-2022
alchemist009A “Sophie Germain” prime is any positive prime number p for23-Aug-2022
EgmatQuantExpertIs the product of two integers A and B odd?23-Aug-2022
BunuelRe: NEW!!! Tough and tricky exponents and roots questions19-Aug-2022
BunuelIf # represents one of the operations +,- and *, is a #18-Aug-2022
WoundedTigerIn the correctly-worked multiplication problem above, each18-Aug-2022
CarcassIn the correctly worked addition problem above, A, B, C, D18-Aug-2022
saintforlifeIn the addition shown above, A, B, C, and D represent the nonzero digi18-Aug-2022
ROckHIsTIn the below addition A, B, C, D, E, F, and G represent the18-Aug-2022
BunuelRe: Inequality and absolute value questions from my collection13-Jun-2022
BunuelIf x is an integer, is 4^x < 3^(x+1)?09-Jun-2022
BunuelRe: NEW!!! Tough and tricky exponents and roots questions07-Jun-2022
BunuelNEW!!! Tough and tricky exponents and roots questions07-Jun-2022
BunuelNEW!!! Tough and tricky exponents and roots questions07-Jun-2022
BunuelRe: NEW!!! Tough and tricky exponents and roots questions07-Jun-2022
BunuelRe: NEW!!! Tough and tricky exponents and roots questions07-Jun-2022
BunuelIf f(x) = 5x^2 - 4 and g(x) = 3x + 1, then what is the sum06-Jun-2022
BunuelRe: Divisibility and Remainders on the GMAT01-Jun-2022
BunuelRe: Divisibility and Remainders on the GMAT01-Jun-2022
BunuelRe: Divisibility and Remainders on the GMAT01-Jun-2022
BunuelRe: Divisibility and Remainders on the GMAT01-Jun-2022
BunuelRe: Divisibility and Remainders on the GMAT01-Jun-2022
monsoon1If a, b, and c are positive integers such that 1/a + 1/b = 131-May-2022

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