For each of the following statements, point out which ones are definitions and which ones \
are the orems for x; y2N. Prove the theorems using only definitions and statements proven
above.
a) x = x + 0,
b) x = 0 + x,
c) x+ (y+1) = (x+y) + 1,
d) (x+1) + y = (y+x) + 1,
e) x 0 = 0,
f) 0 x = 0,
g) 5 + 1 = 6,
h) 7 + 4 = 11.
Prove Lemma 5.
Prove the following properties of exponentiation for
a; b; c 2 N.
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