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Proofgold Term Root Disambiguation
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∀ x0 x1 x2 .
equip_mod
(
setsum
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setsum
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setprod
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binrep
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Power
(
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Power
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Power
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(
setprod
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setexp
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binrep
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Power
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Power
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(
setprod
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setexp
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binrep
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Power
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(
setexp
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binrep
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(
setsum
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setprod
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Power
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Power
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setprod
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setexp
x0
(
binrep
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Power
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Power
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(
setprod
(
setexp
x1
(
binrep
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Power
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Power
0
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0
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(
setexp
x2
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Power
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Power
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(
setsum
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setprod
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binrep
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binrep
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Power
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Power
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0
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Power
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(
setprod
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setexp
x0
(
binrep
(
Power
(
Power
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0
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(
setprod
(
setexp
x1
(
binrep
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Power
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Power
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)
x2
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)
(
setsum
(
setprod
(
Power
(
Power
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(
setprod
(
setexp
x0
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binrep
(
Power
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Power
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(
setexp
x1
(
binrep
(
Power
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0
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)
)
)
(
setsum
(
setprod
(
Power
(
binrep
(
Power
(
Power
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0
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(
setprod
(
setexp
x0
(
binrep
(
Power
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Power
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)
)
0
)
)
(
setprod
(
setexp
x1
(
Power
(
Power
0
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(
setexp
x2
(
binrep
(
Power
(
Power
0
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0
)
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)
(
setsum
(
setprod
(
binrep
(
Power
(
Power
0
)
)
0
)
(
setprod
(
setexp
x0
(
binrep
(
Power
(
Power
0
)
)
0
)
)
(
setprod
(
setexp
x1
(
Power
(
Power
0
)
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)
(
setexp
x2
(
Power
(
Power
0
)
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)
(
setsum
(
setprod
(
binrep
(
binrep
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Power
(
Power
(
Power
0
)
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)
(
Power
0
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0
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(
setprod
(
setexp
x0
(
binrep
(
Power
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Power
0
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0
)
)
(
setprod
(
setexp
x1
(
Power
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Power
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x2
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)
(
setsum
(
setprod
(
binrep
(
Power
(
Power
(
Power
0
)
)
)
0
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(
setprod
(
setexp
x0
(
binrep
(
Power
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Power
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0
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)
(
setexp
x1
(
Power
(
Power
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(
setsum
(
setprod
(
binrep
(
binrep
(
Power
(
binrep
(
Power
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Power
0
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0
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Power
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0
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(
setprod
(
setexp
x0
(
binrep
(
Power
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Power
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0
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(
setprod
x1
(
setexp
x2
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binrep
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Power
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(
setsum
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setprod
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setexp
x0
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binrep
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setprod
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setexp
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setsum
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binrep
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binrep
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setprod
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setexp
x0
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binrep
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(
setprod
x1
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(
setsum
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setprod
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binrep
(
Power
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binrep
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Power
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Power
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0
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0
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(
setprod
(
setexp
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binrep
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x1
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(
setsum
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setprod
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setexp
x0
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binrep
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(
setexp
x2
(
binrep
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(
setsum
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setprod
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binrep
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setprod
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setexp
x0
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binrep
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setexp
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setsum
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setprod
(
binrep
(
Power
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setexp
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binrep
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(
setsum
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setprod
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Power
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setprod
(
setexp
x0
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Power
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(
setprod
(
setexp
x1
(
binrep
(
Power
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(
setexp
x2
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(
setsum
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setprod
(
binrep
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binrep
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binrep
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Power
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0
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Power
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0
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(
setprod
(
setexp
x0
(
Power
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setprod
(
setexp
x1
(
binrep
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Power
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x2
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(
setsum
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setprod
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binrep
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binrep
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0
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(
setprod
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setexp
x0
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Power
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setprod
(
setexp
x1
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(
setexp
x2
(
binrep
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)
(
setsum
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setprod
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binrep
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binrep
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binrep
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0
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(
setprod
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setexp
x0
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setprod
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setexp
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setexp
x2
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setsum
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setprod
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binrep
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setprod
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setexp
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setprod
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setexp
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x2
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(
setsum
(
setprod
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Power
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setprod
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setexp
x0
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Power
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setexp
x1
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Power
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(
setsum
(
setprod
(
binrep
(
binrep
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Power
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Power
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Power
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(
Power
0
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0
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(
setprod
(
setexp
x0
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Power
(
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0
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(
setprod
x1
(
setexp
x2
(
binrep
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Power
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0
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)
(
setsum
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setprod
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Power
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(
setprod
(
setexp
x0
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Power
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(
setprod
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setexp
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setsum
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setprod
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Power
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binrep
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setprod
(
setexp
x0
(
Power
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Power
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(
setprod
x1
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(
setsum
(
setprod
(
binrep
(
Power
(
Power
(
Power
0
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0
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(
setprod
(
setexp
x0
(
Power
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(
setsum
(
setprod
(
Power
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binrep
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Power
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0
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(
setprod
(
setexp
x0
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Power
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(
setexp
x2
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binrep
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(
setsum
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setprod
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Power
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setprod
(
setexp
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setexp
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setsum
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setprod
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binrep
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setexp
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setsum
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setprod
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setprod
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setexp
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setexp
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setsum
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setprod
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setprod
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binrep
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setexp
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setsum
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setprod
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binrep
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setprod
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setsum
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setsum
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setsum
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⟶
False
)
⟶
∀ x0 : ο .
x0
as obj
-
as prop
73f93..
theory
HF
stx
4028c..
address
TMHsY..