Assume that you have a program that solves the second problem in time e(n"), for r > 1. use it to solve the first problem in polynomial time? if so, how, and how fast is your can you algorithm? 16. assume that you have a program that solves the first problem in time (n*), for s2 1. can you use it to solve the second problem in polynomial time? if so, how, and how fast is your algorithm?

It is not a good idea in a cover letter to mention another person whom the employer knows.

In deadlock avoidance using banker’s algorithm, what would be the consequence(s) of: (i) a process declaring its maximum need as maximum possible for each resource. in other words, if a resource a has 5 instances, then each process declares its maximum need as 5. (ii) a process declaring its minimum needs as maximum needs. for example, a process may need 2-5 instances of resource a. but it declares its maximum need as 2.

Who can provide you with a new password when you have forgotten your old one? your provide you with a new password in case you forget your old one.