Sol: The required order of f1,f2,...,f10 is (Assuming log function is expressed for base 2)
1 , ln(n) , lg(n) , (lg(n))^2 , n , lg(n!) , nlg(n) , n^2 , 2^(n+1) , 2^(2n)
This order can be easily arrived at if we look at the graphs of all these functions and their rate of growth.
These following set of functions grow at the same rate:
-- ln(n) and lg(n)
-- 2^(n+1) and 2^(2n)
2. (10 Points) Fine an arrangement of the following functions fl, f2u10 so that fl-0(f2), f2...
1. (10 Points) Fill in the blanks by selecting the statements that can be true based on the statement in the first column. g(n) grows slower g(n) grows the same g(n) grows faster than f(n) rate as fin) than f(n) f(n)-0(g(n)) f(n)=o(g(n)) f(n)=22(g(n)) f(n)-o(g(n)) f(n)=0(g(n)) 2. (10 Points) Group the following functions f1, f2, ..., f10 into different groups, so that functions within the same group grow at the same asymptotic rate. Also list groups in increasing asymptotic growth rate...
1. Asymptotic Bounds la) Rank the following functions at ascending order; that is, find an arrangement fi, f2,..., fg of the functions satisfying f1 = O(f2), fz = O(fz), ...,f7= O(fy). Briefly show your work for this problem. (2pts) Ign n n n? (lg n) len 21gn n? +n nlgign 1b) Partition your list into equivalence classes such that f(n) and g(n) are in the same class if and only if f(n) = (g(n)). (2pts)
Need help with 1,2,3 thank you. 1. Order of growth (20 points) Order the following functions according to their order of growth from the lowest to the highest. If you think that two functions are of the same order (Le f(n) E Θ(g(n))), put then in the same group. log(n!), n., log log n, logn, n log(n), n2 V, (1)!, 2", n!, 3", 21 2. Asymptotic Notation (20 points) For each pair of functions in the table below, deternme whether...
Arrange the following functions in a list so that each function is big-O of the next function. The function in the end of the list is given. f1(n)=n0.5, f2(n)=1000log(n), f3(n)=nlog(n), f4(n)=2n!, f5(n)=2n, f6(n)=3n, and f7(n)=n2. Please show work
Order the following functions by growth rate: N, squrerootN, N1.5, N2, NlogN, N log logN, Nlog2N, Nlog(N2), 2/N,2N, 2N/2, 37, N2 logN, N3. Indicate which functions grow at the same rate.
Needs to be explained also, like what method you used to compare the growth rate. Thank you 4) Order the following functions by growth rate. Indicate which functions grow at the same rate (15 points) N, N2, log N, N log N, log(N2), log2 N, N log2N, 2, 2N, 37, N2 log N, 5logN, N3, 10N log N2
Order the following functions by asymptotic growth rate: 4n, 2^log(n), 4nlog(n)+2n, 2^10, 3n+100log(n), 2^n, n^2+10n, n^3, nlog(n) You should state the asymptotic growth rate for each function in terms of Big-Oh and also explicitly order those functions that have the same asymptotic growth rate among themselves.
Order the following functions by asymptotic growth rate. 2n log n + 2n, 210, 2 log n, 3n + 100 log n, 4n, 2n, n2 + 10n, n3, n log n2
16. Order the following functions from lowest to highest 0-class. fs= 4n /n+2n2 - fonlg (n')-lg (n'3) f2- 3n -lg (lg (n)) + n°.5 fs=3n3- 2n2 +4n - 5 f, 31459 + 1.5n lg (n) f=1.2" - 0.8" +2n2 16. Order the following functions from lowest to highest 0-class. fs= 4n /n+2n2 - fonlg (n')-lg (n'3) f2- 3n -lg (lg (n)) + n°.5 fs=3n3- 2n2 +4n - 5 f, 31459 + 1.5n lg (n) f=1.2" - 0.8" +2n2
(1 point) Calculate the Wronskian for the following set of functions: f1(x) = 0, f2(2) = 2.c +5, f3(2) = 1e" + b W(fi(2), f2(2), f3()) NO_ANSWER 1. Is the above set of functions linearly independent or dependent?