Represent the following function in form of big-oh(O) and omega(Ω) and theta(Ө) notation. Find the required constants for it.
4n2+7n+3n 3.5
Big-Oh Notation Let f and g be functions from positive numbers to positive numbers.
f(n) is O(g(n)) if there are positive constants C and k such that: f(n) ≤ C g(n) whenever n > k f(n) is O(g(n)) ≡ ∃C ∃k ∀n (n > k → f(n) ≤ C g(n))
To prove big-Oh, choose values for C and k and prove n > k implies f(n) ≤ C g(n)
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