The aim of the paper is to examine what evil is from a Traditional African point of view and how they tried to combat it. The reality of evil in our world is questionable. The whole reality of evil has constituted to a large extent lots of discomfort, havoc and other related problems in human life. From a critical point of view, in our present world, the appalling depth and extent of human suffering is evident as experience reveals to us. From a wider perspective, there are many occurrences in nature, for instance, tsunami, volcanic eruptions, floods, earthquakes just to mention but a few; which cause harm and misery/suffering to humanity. Humanity also suffers from sickness, injuries due to all sorts of carnages, terrorist acts as witnessed recently in the Dusit 2 Complex attack here in Nairobi. Across our African continent there are wars (As seen in the Congo, Somalia, South Sudan among other countries) that cause a lot suffering to human life. These painful experiences arouse a number of questions in any sensible person. The prevalent questions one can ask are: Why should this happen to humanity? What is the genesis of these evil acts? How can it be negated? With these questions in mind then, this paper will attempt to unmask through a rigorous and critical examination of the concept of evil from the African standpoint.

Acinetobacter baumannii is opportunistic organism  despite of this causes a wide range of serious infections and is a major cause of bacteremia, pneumonia (particularly ventilator-associated pneumonia), meningitis and urinary tract infections and associated with increased morbidity and mortality rates. A. baumannii exhibits a level of intrinsic antibiotic resistance afforded by its decreased membrane permeability and robust efflux systems. in addition to genetic conjugation, some form of natural transformation may contribute to its additional ability to acquire foreign DNA under conditions of selective pressure in the antibiotic-rich hospital setting, which presents a major healthcare challenge. This study   carried out in Al-basheir Hospital in Jordan. The main aim of this study will elucidate the Multi-Antibiotics Resistance of Acinetobacter baumannii which isolated from patients in ICU in al-basheir hospital /Jordan. The results appear that there is increase in patients whose suffer from  Acinetobacter from OCT- 2018 TO MAR -2019 and increase resistance of Acinetobacter to all antibiotic except (Tigacycline) for adult and (COLISTIN ) for children and adult , and there is no difference between male and female.

With the emergence of mobile robots in commercial applications, it is a challenge for the research community to achieve efficient path planning and solve major issues in micro logistics. Mobile robots can move from the initial position to goal position without any collisions in the physical environment. The processing time, path length, and the collision-free path are the main constraints to get the optimal path of the mobile robot. Sampling-based algorithms are used to get the optimal path. This paper presents a performance comparison of sampling-based algorithms like A*, Bidirectional Rapidly Exploring Random Tree, Potential field, Probabilistic Road Map (PRM) and Rapidly Exploring Random Tree (RRT) which is used for path planning. The processing time and the path length for each algorithm are determined for the given map in a 2D environment with static obstacles. The A* algorithm gives the shortest path and the PRM algorithm takes the least processing time when compared to other algorithms.