# Introduction

This is a hand-in written by Group 7 (FIRE) for the Algorithms course (TIN092) at Chalmers University of Technology.

Group 7 consists of:

• 901011-0279

• twingoow@gmail.com

• Program: IT

This hand in deals with complexity analysis of an algorithm $$prime(n)$$, that works as follows:  prime: array [1..n] of boolean = all true for p in 2..sqrt(n) loop if prime[p] then m = p*p while m <= n loop prime[m] = false m = m+p end loop end if end loop