On the account Christmas (Atleast in most people's Timezones, Its 26 for me)
I have changed my Status to have 11 Santas, And It's going to be There till January 6.
Merry Christmas to chess players all around the world!
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Dec 25, 2025
0
#43
Pope-of-bishops wrote:
On the account Christmas (Atleast in most people's Timezones, Its 26 for me)
I have changed my Status to have 11 Santas, And It's going to be There till January 6.
Orthodox Christmas is on January 7th 
.....Merry Christmas 🎁 🎄🎁🎄🎆🎆.....
Y = (log_e[x/m-sa])/r^2
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
bob_thee_nugget wrote:
Y = (log_e[x/m-sa])/r^2
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
What is that? Looks smart 
Dec 26, 2025
0
#47
The_Zebramoose wrote:
bob_thee_nugget wrote:
Y = (log_e[x/m-sa])/r^2
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
What is that? Looks smart
merry xmas
tagzaa wrote:
The_Zebramoose wrote:
bob_thee_nugget wrote:
Y = (log_e[x/m-sa])/r^2
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
What is that? Looks smart
Did you come up with that?
Merry Christmas to you as well!
Dec 26, 2025
0
#50
bob_thee_nugget wrote:
Y = (log_e[x/m-sa])/r^2
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Yr^2 = log_e(x/m-sa)
e^(yr^2)=x/m-sa
me^(yr^2)= x-msa
me^rry = x - mas
Cool 
Merry Christmas and a happy new year 🥳
Merry Christmas 🥳 but late 🤥
Dec 26, 2025
0
#53
Ienakevin wrote:
Merry Christmas 🥳 but late 🤥
Better late than never
Post Merry Christmas!🎁🎄
Merry Christmas