9208-02-402 Principle of Electrical & Electronic Engineering(Written Exam)

CITY & GUILDS - LEVEL 4 - DIPLOMA IN ELECTRICAL & ELECTRONIC ENGINEERING (9208-02)


  • Explain the relationship between common electromagnetic uits of measurement.
  • Explain the occurrence of propertics in relation to the behaviour of magnetic materials undergoing cyclic magnetistaion.
  • Explain the relationship between the shapes of hysteresis loops of materials and their application in magnetic and electromagnetic circuits.
  • Explain electromagnetic behavior laws.
  • Assess the reluctance of magnetic materials.
  • Calculate the inductance of magnetic circuits using applied variables.
  • Solve values relating to magnetic circuit operations.
  • Explain methods of resolving network problems using electrical theorems or laws.
  • Use electrical theorems or lasws to solve problems involving networks.
  • Explain the propertics of R,L and C circuits.
  • Explain the representation of series R,L and C circuits.
  • Evaluate complex variables in operations.
  • Convert electrical vatues between polor and rectangular form.
  • Calculate power using relationships.
  • Represent differing types of R,L and C circuits using phasor diagrams.
  • Explain the conditions of resonance for RLC circuits.
  • Explain power factor relationships using diagrams.
  • Produce plots of the frequency responses of tuned RLC circuits.
  • Solve problems of resonance in RLC circuits.
  • Solve problems relating to power factor improvement.
  • Explain the parameters used in two port models.
  • Explain the deriving of input and output equations for parameter models.
  • Convert circuit values using parameters from defferent models.
  • Solve problems involving gain of two part model networks.
  • Illustrate three- phase systems using phasor diagrams.
  • Solve problems in balanced three- phase loads.
  • Evaluate methods of three- phase power measurement for different systems.
  • Produce graphs of growth and decay of transient components in circuits.
  • Solve problems relating to time and steady state values of circuits.
  • SUBJECT INTRODUCTION By Lecturer
  • Questions and answers - 402