Induction theorem : If A is a subset of N such that i) 1∈A and ii) k∈A ⇒ k + 1∈A, then A = N.
2.
Principle of finite Mathematical Induction : Let S(n) be a statement for each n∈N. If i) S(1) is true ii) S(k) is true ⇒ S(k + 1) is true, then S(n) is true for all n∈N.
3.
Principle of complete Mathematical Induction : Let S(n) be a statement for each n∈N. If i) S(1) is true ii) S(1), S(2) … S(k) are true ⇒ S(k + 1) is true then S(n) is true for all n∈N.
4.
Division algorithm : If 0 ≠ a, b∈Z then ∃ q, r ∈Z uniquely ∈ b = aq + r where 0 ≤ r
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