Identify the basic operations and construct a recurrence relation C(n) that characterizes the time complexity of the algorithm. Determine the order of
growth for C(n) either solving the recurrence relation or using the Master
Theorem if appropriate. You may assume that n = 2k for some integer k.
Foo6 (n)
// Description: …
// Input: a positive integer n
// Output: …
if n = 0
return 1
if n = 1
return 2
else if n % 2 = 1
return Foo6(n/2) * Foo6(n/2) * 2
else
return Foo6(n/2) * Foo6(n/2)

Jenny wants to look at row 345 and compare it to row 17. what can she do if she wanted to easily adjust to see both at once?

1. you have a small business that is divided into 3 departments: accounting, sales, and administration. these departments have the following number of devices (computers, printers, etc.): accounting-31, sales-28, and administration-13. using a class c private network, subnet the network so that each department will have their own subnet. you must show/explain how you arrived at your conclusion and also show the following: all available device addresses for each department, the broadcast address for each department, and the network address for each department. also, determine how many "wasted" (not usable) addresses resulted from your subnetting (enumerate them).

How are stop motion special effects in animated films created