

Jan 3 :
π2οΈβ£
π
NAT β¬οΈ
ARW π HDE = 0-3
EBT π SHI = 1-3
ESR π ARE = 1-3
HLA π KHL = 0-3
DYA π FRA = 1-3
ANI π NIR = 1-3
ASI π STE = 3-1
π
NAT π ASI = 1-3
FRA π KHL = 1-3
ARE π SHI = 3-1
NIR π HDE = 2-3
π
HDE π ASI = 3-0
KHL π ARE = 0-3
π
HDE π ARE = 1-3
β
ββ¬οΈπ2οΈβ£β (ARE β
)
NAT | 3P β‘οΈ 12:4 = β8οΈβ£
ESR | 1P
ARE | 3P β‘οΈ 12:3 = β9οΈβ£
HDE | 1P
1.ESR : 81P | 1P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.STE : 76P
4.ARE : 74P | 3P
5.ANI * : 71P
6.NIR : 68P
7.FRA : 66P
8.DYA : 66P
9.ARW : 64P
10.HLA : 60P
11.SHI : 57P
12.EBT : 52P
13.HDE : 50P | 1P
14.KHL : 49P
15.ASI : 49P
Jan 7 :
π3οΈβ£
π
ARE β¬οΈ
HDE π ESR = 3-0
SHI π HLA = 1-3
STE π ANI = 1-3
KHL π NAT = 3-1
FRA π EBT = 1-3
ASI π ARW = 0-3
DYA π NIR = 0-3
π
ARE π HLA = 3-1
KHL π HDE = 3-2 Rβ
NIR π ANI = 1-3
ARW π EBT = 3-0
π
ANI π ARW = 3-0
ARE π KHL = 3-0
π
ANI π ARE = 3-0
β
ββ¬οΈπ2οΈβ£β (ANI β
)
NAT | 3P β‘οΈ 12:4 = β8οΈβ£
ESR | 1P
ARE | 3P β‘οΈ 12:3 = β9οΈβ£
HDE | 1P
ANI | 3P β‘οΈ 12:2 = β1οΈβ£0οΈβ£
1.ESR : 81P | 1P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.STE : 76P
4.ANI * : 74P | 3P
5.ARE : 74P | 3P
6.NIR : 68P
7.DYA : 66P
8.FRA : 66P
9.ARW : 64P
10.HLA : 60P
11.SHI : 57P
12.EBT : 52P
13.HDE : 50P | 1P
14.KHL : 49P
15.ASI : 49P
Jan 12 :
π4οΈβ£
π
ANI β¬οΈ
(ESR β¬οΈβ¬οΈβ¬οΈβ¬οΈ | ARE β¬οΈβ‘οΈβοΈβ¬οΈ) π (EBT β¬οΈβ‘οΈβ¬οΈβ‘οΈ | DYA βοΈβ¬οΈβ‘οΈβ¬οΈ) = 1-3
HLA π HDE = 3-2
NAT π SHI = 1-3
KHL π ASI = 2-3 R
STE π FRA = 2-3
NIR π ARW = 2-3 Rβ
π
ANI π SHI = 0-3
FRA π ARW = 3-2 R
EBT π HLA = 3-1
DYA π ASI = 3-2
π
FRA π DYA = 3-2
SHI π EBT = 3-2
π
FRA π SHI = 2-3
β
ββ¬οΈπ2οΈβ£
NAT | 3P
ESR | 1P
ARE | 3P
HDE | 1P
ANI | 3P ββ¬οΈπ2οΈβ£
SHI | 3P β
" ANI π SHI = 0-3 "
FRA | 2P
1.ESR : 81P | 1P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.STE : 76P
4.ANI * : 74P | 3P ββ¬οΈπ2οΈβ£
5.ARE : 74P | 3P
6.FRA : 68P | 2P
7.NIR : 68P
8.DYA : 66P
9.ARW : 64P
10.SHI : 60P | 3P ββ¬οΈπ2οΈβ£
11.HLA : 60P
12.EBT : 52P
13.HDE : 50P | 1P
14.ASI : 49P
15.KHL : 49P
ββ¬οΈπ2οΈβ£
NAT β
, ESR β¬οΈ, SHI β
, ANI β¬οΈ
1 Y :
π5οΈβ£
π
SHI β¬οΈ
HDE π STE = 2-3 Rβ
ARW π ANI = 0-3
KHL π ARE = 3-2
FRA π NAT = 3-2 R
NIR π ESR = 0-3
DYA π EBT = 1-3
ASI π HLA = 3-1
π
SHI π ESR = 3-1
ANI π FRA = 1-3
EBT π KHL = 3-1
STE π ASI = 0-3
π
FRA π ASI = 0-3
EBT π SHI = 0-3
π
ASI π SHI = 3-2 R
β
ββ¬οΈπ2οΈβ£β (ASI β
)
ASI | 3P β‘οΈ 12:3 = β9οΈβ£
SHI | 2P
1.ESR : 81P | 1P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.STE : 76P
4.ANI * : 74P | 3P ββ¬οΈπ2οΈβ£
5.ARE : 74P | 3P
6.FRA : 68P | 2P
7.NIR : 68P
8.DYA : 66P
9.ARW : 64P
10.SHI : 62P | 5P ββ¬οΈπ2οΈβ£
11.HLA : 60P
12.ASI : 52P | 3P
13.EBT : 52P
14.HDE : 50P | 1P
15.KHL : 49P
Jan 19 :
π6οΈβ£
π
ASI β¬οΈ
(FRA β¬οΈβοΈβ¬οΈβ‘οΈβ¬οΈ | SHI βοΈβοΈβοΈβ¬οΈβοΈ ) π (HDE β¬οΈβ‘οΈβοΈβ¬οΈβοΈ | ANI βοΈβοΈβ‘οΈβ¬οΈβ¬οΈ) = 3-2 R
NIR π ARE = 3-1
KHL π DYA = 3-0
ARW π ESR = 2-3 R
EBT π HLA = 2-3
NAT π STE = 3-0
π
ASI π KHL = 1-3
HLA π SHI = 1-3
ESR π NAT = 3-0
NIR π FRA = 3-0
π
ESR π NIR = 3-1
KHL π SHI = 2-3 Rβ
π
ESR π SHI = 3-0
β
ββ¬οΈπ2οΈβ£β (ESR β
) (ASI ββ¬οΈπ2οΈβ£)
ASI | 3P β‘οΈ 12:3 = β9οΈβ£ "ASI π SHI = 3-2 R"
SHI | 2P
ESR | 3P β‘οΈ 12:3 = β9οΈβ£ "ESR π SHI = 3-0"
1.ESR : 84P | 4P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.STE : 76P
4.ANI * : 74P | 3P ββ¬οΈπ2οΈβ£
5.ARE : 74P | 3P
6.FRA : 68P | 2P
7.NIR : 68P
8.DYA : 66P
9.ARW : 64P
10.SHI : 62P | 5P ββ¬οΈπ2οΈβ£
11.HLA : 60P
12.ASI : 52P | 3P
13.EBT : 52P
14.HDE : 50P | 1P
15.KHL : 49P
Jan 20 :
π7οΈβ£
π
ESR β¬οΈ
HDE π EBT = 3-2 R
ARE π SHI = 3-2
KHL π NIR = 0-3
FRA π ANI = 1-3
ARW π STE = 3-1
DYA π HLA = 1-3
NAT π ASI = 2-3
π
ESR π HLA = 2-3
HDE π ARE = 2-3 Rβ
ANI π ARW = 2-3
NIR π ASI = 3-2
π
ARE π ARW = 3-1
HLA π NIR = 3-2
π
ARE π HLA = 3-2 Rβ
β
ββ¬οΈπ2οΈβ£β (ESR β
) (ASI ββ¬οΈπ2οΈβ£)
ASI | 3P β‘οΈ 12:3 = β9οΈβ£
SHI | 2P
ESR | 3P β‘οΈ 12:3 = β9οΈβ£
ARE | 3P β‘οΈ 12:7 = β5οΈβ£
HLA | 2P
1.ESR : 84P | 4P ββ¬οΈπ2οΈβ£
2.NAT π : 78P | 3P ββ¬οΈπ2οΈβ£
3.ARE : 77P | 6P
4.STE : 76P
5.ANI * : 74P | 3P ββ¬οΈπ2οΈβ£
6.FRA : 68P | 2P
7.NIR : 68P
8.DYA : 66P
9.ARW : 64P
10.SHI : 62P | 5P ββ¬οΈπ2οΈβ£
11.HLA : 62P | 2P
12.ASI : 52P | 3P
13.EBT : 52P
14.HDE : 50P | 1P
15.KHL : 49P