Welcome to this course MAT2143: Multilinear algebra and Analytic Geometry.It is a course prepared for Year2 students in Diploma Program with subject combinations: MCE,MPE,MBE and MCsE
This course is split into two parts. The first part is related to algebra and is focused on multilinear algebra for which the main emphasis is done on bilinear and quadratic forms. The second part is related to Geometry and deals with the analytic geometry of quadrics in 2D and 3D affine Euclidean space.These two parts are strongly connected and illustrate the interplay between algebra and geometry.The classification of quadrics is made easily by techniques of multilinear algebra.
The aim of this module is to introduce students to philosophical and historical aspects of mathematics teaching and mathematics in a
wider context by introducing various scientific research techniques/methods, software’s used in mathematics writing and data analysis,
investigation of aspects of the history, foundations and philosophy of mathematics, contribution of different civilizations to mathematics.
Use of mathematics in society and various issues will be also explored.
This module will introduce to you to different concepts of description statistics such as different types of data, methods of data correction, data presentation, measures of central tendency and dispersion. Probability helps us to make decision when we are not sure of what will be the outcome. This module will introduces to you to concepts of counting techniques, the sample space, event and the probability on an event. The axioms of probability, the concept of random variable, and the some discrete as well as continuous distribution functions will discussed with clear examples found in our daily life.
This module is composed of two parts. In the first part, the morphology and anatomy of different parts of the plant will be taught . In addition, the function of each part of the plant will be seen in detail. The second part will talk about morphology and anatomy of different parts of an animal. It will also talk about the function of each studied part. Different learning materials will be provided.
Teacher: NDIKUMANA Yvonne
Manual Information processing has certain limitations whereas computerized databases and software can increase productivity. This module addresses advanced issues in relational database design and Internet programming. It is aimed to help students to analyse the real life problems and explore the possibilities how a computerised system can help in solving the problems. This module will also cover Programming in Visual Basic, html, Javascript, and CSS.
Computer Networks not only provides information and resource sharing but also expedite communication between hosts. This module is aimed to provide adequate knowledge regarding computer networks and security issues. Through this module, students will learn how to secure computer systems, networks, and data from unauthorized or accidental access, modification, and denial of service.
Dear Students, warm welcome to the module CSC2141: Electromagnetism and Electronics for Computer science. This is a physics module that help computer science students to understand basic concepts of electromagnetism and electronics as applied to computers' functioning. This module has two parts: Electromagnetism and Electronics. Facilitators of the modules are Mr. Musengimana Theophile and Assoc. Prof. Jean Uwamahoro.
This module is made of two main parts which are:
Part 1: Electromagnetism
Facilitator: Assoc. Prof. Jean Uwamahoro
E-mail: mahorojpacis@gmail.com
Tel: 0784432839 / 0782391748
Part 2: Electronics
Facilitator:
Mr. Theophile Musengimana
E-mail: tmusengimana@yahoo.fr
Tel: 0788494036
This course introduces you to two branches of chemistry called electrochemistry and analytical chemistry.Electrochemistry is the study of exchange of electrical and chemical energy and has important applications in every life from the battery that powers your portable radios to electrorefining that produces the copper pipes carrying your drinking water. Those electrochemical processes utilize oxidation and reduction reactions.
Analytical chemistry is a branch of chemistry of making qualitative and quantitative analysis.This topic deals with analysis of materials delivered to laboratory by a customer.The material may be an unknown material to be identified and probably quantified.Carrying either of the two involves many steps which are outlined in this course. Analytical chemistry requires a broad background knowledge of chemical and physical concepts.
In this course we will start by presenting the general information on the aqueous solutions then the redox reactions, electrochemical cells,electolysis and corrosion phenomena. Analytical chemistry will start with topic 5 Which is the role of analytical chemistry and will continue with other topics including, analytical methodologies, theory of acid and base, stoichiometry and molar concept,buffer solution, salt hydrolysis,solubility products and some traditional methods of chemical analysis.
Welcome.
This course introduces you to two equilibria,chemical equilibrium and phase equilibrium.
Welcome to the module CHE2141!!
This module comprise two main parts where we will learn chemical thermodynamics and chemical kinetics. The purpose of thermodynamics is to explain certain aspects of physical transformations of compounds and chemical reaction. The main goals of chemical kinetics is to understand the steps by which a reaction takes place. This series of steps is called the reaction mechanism. we will consider the main ideas of chemical kinetics and we will explore rate laws, reaction mechanisms, and simple models for chemical reactions.
This module is intended to give a broad overview of human biology. Contents include human life maintenance and coordination systems, diets and nutritional disorders, reproduction and birth control methods. In addition, students will be introduced to ecological concepts and functioning of ecosystems. Strategies of teaching and learning will be highlighted.
The module aims to provide an understanding of the structural organization and physiology of animals. It includes the main animal metabolic phenomena such as locomotion, respiration and gas exchange, circulation, digestion and energy metabolism, osmoregulation and excretion, control and integration, and strategies of teaching and learning animal structure and function.
This module aims to equip students with basic skills related to Genetics and Evolution.
Humans have always been interested in heredity. For a long time, they have been astonished by the fact that the descendants of a given living being resemble to its parents for many of its characteristics. Up to the middle of 19th century, less progress has been made in the understanding of heredity mechanisms.
The basics for understanding the mechanisms of inheriting the hereditary characters from one organism to its descendants were the results from Gregor Johann Mendel’s (1822-1884) experiments.
They established the first bases for a revolution in Biology and which gave rise to a new discipline: Genetics.
Mendel, through the laws which he formulated proved that the inherited characters are determined by distinct factors which are transmitted from one generation to another and distributed separately to each generation.
Moduli hii inaweka mkazo katika kukuza umilisi wa mawasiliano changamani katika stadi nne za lugha: Kusikiliza, kuzungumza, kusoma na kuandika. Aina tofauti za matini za mazungumzo na kimaandishi katika kiwango changamani ndizo zinazopewa kipaumbele katika kujenga stadi za lugha. Hivyo moduli inatoa fursa kwa mwanafunzi kuwa na umilisi wa matini changamani za kimazungumzo na kimaandishi.
This course introduces you to two branches of chemistry called electrochemistry and analytical chemistry. Electrochemistry is the study of the exchange of electrical and chemical energy and has important applications in every life from the battery that powers your portable radios to electrorefining that produces the copper pipes carrying your drinking water. Those electrochemical processes utilize oxidation and reduction reactions.
Analytical chemistry is a branch of chemistry of making qualitative and quantitative analysis. This topic deals with the analysis of materials delivered to the laboratory by a customer. The material may be an unknown material to be identified and probably quantified. Carrying either of the two involves many steps which are outlined in this course. Analytical chemistry requires a broad background knowledge of chemical and physical concepts.
In this course we will start by presenting the general information on the aqueous solutions then the redox reactions, electrochemical cells,electolysis and corrosion phenomena. Analytical chemistry will start with topic 5 Which is the role of analytical chemistry and will continue with other topics including, analytical methodologies, theory of acid and base, stoichiometry and molar concept,buffer solution, salt hydrolysis,solubility products and some traditional methods of chemical analysis.
Welcome.
This module deals with basic concepts in modern physics. The module introduces the elementary concepts of quantum mechanics, nuclear physics, crystal structure, basic electronics and teaching strategies for modern physics.
Electromagnetism is the module taught for level II students in MPE, PCE and PGE Combinations in Mathematics, Science and Physical Education Department at UR-College of Education, School of Education. This module has 10 credits unit and is taught in semester one of every academic year.This course introduces the basic concepts and principles of electrostatics, magnetostatics, Maxwell Equations, propagation of electromagnetic waves, and their applications. The main aim of the module is to allow the students to explain electromagnetic phenomena, solve problems and perform experiments related to electromagnetism.
This module is dedicated to mathematical and Computational methods for Physics. The Module introduces fundamental theorems of vector analysis, curvilinear and orthogonal coordinates, Fourier series and Fourier transforms, second order differential equations, mathematical physics equations and computer oriented numerical methods. The applications in physics will be emphasized.
This module aims at improving your understanding of fundamental skills and techniques of these collective sports. It is to explore the offensive and defensive tactics of Basketball, Handball, Football and Volleyball in games playing sessions. The essential technical competition rules and officiating procedures of these games will be introduced as you will enter in deep in year 3. Different teaching and learning materials are available to every part of this module. To understand Handball Coaching Philosophy and The significance, structure and function
of
WARM UP and COOL DOWN.
The module aims at teaching fundamental skills and techniques of Sitting Volleyball, Netball, Goalball and Rugby.It will make students familiar with different basic techniques like serving, passing(forearm passing or overhead passing), dig, attack and block in Sitting Volleyball. Basic skills like landing, catching the ball, pass, reception, shooting, attack and defense will be discovered in Netball.Students will be initiated in the basic skills in Goalball like holding, throwing, blocking. The basic techniques like catching the ball, passing, running, scoring, tackling, lineout and scrum will be explored in Rugby.