Question: True or False. a. (logn)^10= (n^0.2) b. if c c.if g(n)= (n^2), then g(n)= (n^3) d. if g(n)=O(n^2), then g(n)=O(n^3) e. karatsuba algo lets you

True or False.

a. (logn)^10= True or False. a. (logn)^10= (n^0.2) b. if c c.if g(n)= (n^2),(n^0.2)

b. if c

c.if g(n)= then g(n)= (n^3) d. if g(n)=O(n^2), then g(n)=O(n^3) e. karatsuba algo lets(n^2), then g(n)= you multiply two m-bit integers in time. O(m). f. if k(n)=O(y(n)), then(n^3)

d. if g(n)=O(n^2), then g(n)=O(n^3)

e. karatsuba algo lets you multiply two m-bit integers in time. O(m).

f. if k(n)=O(y(n)), then 2k(n)=O(y(n)).

g. can this be solved by using the master theorem? T(n)=T(n-4)+nlogn for n>1 T(1)=1. (2k(n)=O(y(n)). g. can this be solved by using the master theorem? T(n)=T(n-4)+nlognestimate)

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