For each of the following pairs of functions, indicate whether the first function of each of the following pairs has a lower, same, or higher order of growth (to within a constant multiple) than the second function. i) n(n+1) and 2000n? ii) log:'n and logan? iii) (n-1)! and n!
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A: Please give positive ratings for my efforts. Thanks. ANSWER The Big-O notation to find the…
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A: c) Consider the function . Therefore, .
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- Which functions are one-to-one? Which functions are onto? Describe the inversefunction for any bijective function.(a) f : Z → N where f is defined by f (x) = x4 + 1(b) f : N → N where f is defined by f (x) = { x/2 if x is even, x + 1 if x is odd}(c) f : N → N where f is defined by f (x) = { x + 1 if x is even, x − 1 if x is odd}For each of the following functions, indicate the class (g(n)) the function belongs to. (Use the simplest g(n) possible in your answers.) Please show work to prove the assertions.State whether each of the following functions is injective, surjective, bijective, or none ofthese categories: (N is the set of natural numbers, and Σ∗is the set of all strings over Σ.)(a) f : N → N , f(n) = n div 3(b) g : N → N , g(n) = n2 + 2n + 1 (c) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = a|w| (d) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = wR
- State whether each of the following functions is injective, surjective, bijective, or none ofthese categories: (N is the set of natural numbers, and Σ∗is the set of all strings over Σ.)(a) f : N → N , f(n) = n div 3(b) g : N → N , g(n) = n2 + 2n + 1(c) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = a|w|. (d) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = wR.Drag all else please.Use C++ Using dynamicarrays, implement a polynomial class with polynomial addition, subtraction, and multiplication.Implement addition and subtraction functions first. Multiplication function –extra point
- For the following C++ code find and write the recurrence relation. You need to model the runtime of function "Func" in terms of n. (only the recurrence relation in terms of n, No output of the code or final runtime analysis is required) s= array L[] start index e= array L[] end index void Func(int L[], int s, int e) { if (s < e) { i=s-1; for (int j = s; j <= e - 1; j++) { if (A[j] <= x) { i++; swap (&L[i], &L[j]); } } swap (&L[i + 1], &L[e]); int k = i+1; Func(L, s, k - 1); Func(L, k + 1, e); } } Please explain how you get the relation Thank you!Given g = {(1,c),(2,a),(3,d)}, a function from X = {1,2,3} to Y = {a,b,c,d}, and f = {(a,r),(b,p),(c,δ),(d,r)}, a function from Y to Z = {p, β, r, δ}, write f o g as a set of ordered pairs.9.If you pass n=2 to your function your 2nd term of Fibonacci series is 1 and (n-1)th= 1" term of Fibonacci series is 0 and (n+1)th= 3rd term of Fibonacci series is 1..
- Determine whether each of these functions is a bijection from ℝ to ℝ. If it is, write the inverse function. ?(?) = 3|?| − 4State whether each of the following functions is injective, surjective, bijective, or none ofthese categories: (N is the set of natural numbers, and Σ∗is the set of all strings over Σ.)(a) f : N → N , f(n) = n div 3(b) g : N → N , g(n) = n2 + 2n + 1(c) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = a|w|.(d) f : N → N , f(n) = (n − 1, if n is oddn + 1 otherwise.(e) h : Σ∗ → Σ∗, where Σ = {a, b}, and h(w) = wR.1.1 Devise formulas for the functions that calculate my first i and my last i in the global sum example. Remember that each core should be assigned roughly the same number of elements of computations in the loop. Hint: First consider the case when n is evenly divisible by p.