Free
KNEC Diploma in Mechanical Engineering — Module III
Mechanical Engineering Module III revision Study KNEC theory questions with …
Free
Higher Diploma in Mechanical Engineering
Engineering mathematics and project scheduling tutorials This Higher Diploma in …
Free
KNEC Craft Welding and Fabrication — Module II
KNEC Craft Welding and Fabrication: Module II Theory Revision Prepare …
What you'll learn
Explain communication channels and organizational communication.
Structure examination essays, meeting minutes and reports.
Apply clear written communication to workplace situations.
Free
KNEC Craft Mechanical Engineering — Module II
KNEC Craft Mechanical Engineering: Module II Theory Revision Prepare for …
What you'll learn
Explain communication channels and organizational communication.
Structure examination essays, meeting minutes and reports.
Apply clear written communication to workplace situations.
Free
KNEC Craft Mechanical Engineering — Module I
KNEC Craft Mechanical Engineering: Module I Theory Revision Prepare for …
What you'll learn
Explain core computer concepts and software functions.
Write correct spreadsheet functions with the original cell references.
Apply entrepreneurship concepts to small enterprises.
Free
KNEC Craft Welding and Fabrication — Module I
KNEC Craft Welding and Fabrication: Module I Theory Revision Prepare …
What you'll learn
Explain core computer concepts and software functions.
Write correct spreadsheet functions with the original cell references.
Apply entrepreneurship concepts to small enterprises.
Free
Analog Electronics II
Analog Electronics II Build a stronger understanding of analog circuits …
What you'll learn
Explain transistor amplifier stages, biasing arrangements and the roles of individual components.
Compare amplifier gain, impedance, efficiency and distortion.
Interpret amplifier frequency response and explain bandwidth and capacitor effects.
Explain negative feedback and its effect on gain, stability and circuit performance.
Analyse basic operational-amplifier circuits and their common applications.
Describe oscillator operation and interpret analog input and output waveforms.
Answer written theory questions and present calculations in clear, separate steps.