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Def A == A  False

is mentioned by

Thm* k:P:(k).
Thm* ((i:kP(i))  0<search(k;P))
Thm* & (0<search(k;P P(search(k;P)-1) & (j:kj<search(k;P)-1  P(j)))
[search_property]
Thm* n,m:f:(nm), x1,x2:ny1,y2:m.
Thm* x1 = x2  y1 = y2
Thm* 
Thm* (x:ny:m(x = x1 & y = y1 (x = x2 & y = y2 f(x,y) = 0)
Thm* 
Thm* sum(f(x,y) | x < ny < m) = f(x1,y1)+f(x2,y2)
[pair_support_double_sum]
Thm* n:f:(n), m,k:n.
Thm* m = k
Thm* 
Thm* (x:nx = m  x = k  f(x) = 0)  sum(f(x) | x < n) = f(m)+f(k)
[pair_support]
Thm* n:f:(n), m:n.
Thm* (x:nx = m  f(x) = 0)  sum(f(x) | x < n) = f(m)
[singleton_support_sum]
Thm* m:P:(mProp).
Thm* (i:m. Dec(P(i)))
Thm* 
Thm* (n,k:f:(nm), g:(km).
Thm* (increasing(f;n)
Thm* (& increasing(g;k)
Thm* (& (i:nP(f(i)))
Thm* (& (j:kP(g(j)))
Thm* (& (i:m. (j:ni = f(j))  (j:ki = g(j))))
[increasing_split]
Thm* m,n,k:f:(nm), g:(km).
Thm* increasing(f;n)
Thm* 
Thm* increasing(g;k)
Thm* 
Thm* (i:m. (j:ni = f(j))  (j:ki = g(j)))
Thm* 
Thm* (j1:nj2:kf(j1) = g(j2))  m = n+k  
[disjoint_increasing_onto]

In prior sections: core bool 1 int 2 list 1 rel 1 sqequal 1

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mb nat Sections MarkB generic Doc