24/02/20201LO2 &4: Activity Based Costing(ABC)Dr Fidelis AkangaLearning ObjectivesBy the end of this unit Explain the difference between ABC and TraditionalCosting System Explain why Traditional Costing systems can providemisleading information for decision-making Identify and explain EACH of the four stagesinvolved in designing ABC systems; Demonstrate how ABM can be developed from ABC24/02/20202Determining Costing per unit… •…

MANAGEMENT ACCOUNTING INTRODUCTION Introduction – First, give an overview of the assignment and discuss how you intend to achieve the learning outcomes. Second, give a brief background of your chosen organisation in terms of products/services, brief history, key competitors, key stakeholders etc.  LO1: Demonstrate an understanding of management accounting systems give a good definition of…

Business to Business Marketing (BMA605) marking criteria – Assessment 1 (case study) CriterionHigh Distinction (80%-100%)Distinction (70%-79%)Credit (60%-69%)Pass (50%-59%)Fail (0%-49%)  Completeness of answers in terms of highlighting and describing/identifying the major issues raised by the B2B marketing case (20%)  Answers are complete in all respects and are strongly linked with the major B2B marketing issues raised…

Matlab and Simulink for Modeling and ControlRobert Babuska and Stefano StramigioliˇNovember1999DelftDelft University ofTechnologyControl LaboratoryFaculty of InformationTechnology and SystemsDelft University of TechnologyP.O. Box 5031, 2600 GA Delft,The Netherlands 11 IntroductionWith the help of two examples, a DC motor and a magnetic levitation system, the use of MATLAB andSimulink for modeling, analysis and control design is demonstrated.…

S. Boyd EE102Table of Laplace TransformsRemember that we consider all functions (signals) as deflned only on t ‚ 0.Generalf(t) F(s) = Z01 f(t)e¡st dtf + g F + Gfif (fi 2 R) fiFdfdt sF(s) ¡ f(0)dkfdtk skF(s) ¡ sk¡1f(0) ¡ sk¡2ddt f (0) ¡ ¢ ¢ ¢ ¡ ddt k¡k¡1f1 (0)g(t) = Z0t f(¿) d¿…

Unit 54 further controlSystemsControl and Representation of Mechanical systems where: mkcF[kg]––mass(stiffness)coefficientbody[N/m][Ns/m]––[N]thespringconstantdampingexternalforceactingon x [m] – displacement of the bodyOur mechanical system consists in a translational inertial element, compliant element and resistive element.Free Body Diagram (FBD)• Drawing the FBD means representing all the forces acting on each mass of the system.Translational mass with spring-damper (FBD)• When applying…

Study Materials for Unit 54: Further control systems EngineeringTask 2.0Task 2b.the use of Bode-plot to analyse the stability of the motor system for k= 1.0and k= 10The open –loop transfer function of a unity feed back system isgiven by??(?+1)(?+2)Must include the gain-margin and Phase margin and their significance:Bode Plot for k=1.0??3 + 3?2 + 2?Enter…

Unit 54 Further ControlSystems EngineeringIntroductionDr Hind ChebboLearning Outcomes1. Discuss the basic concepts of control systems and theircontemporary applications.2. Analyse the elements of a typical, high-level control system and itsmodel development.3. Analyse the structure and behaviour of typical control systems.4. Explain the application of control parameters to produce optimumperformance of a control system.LO1 Examine the basic…