Electronics Engineer Enggphyslab Coursguide Compatibility

ELECTRONICS ENGINEER ENGGPHYSLAB COURSGUIDE COMPATIBILITY Dear Future Electronics Engineers, In this course, you will have virtual and actual observation of physics principles. The experiments and other activities cover measurements, motion, forces, systems in equilibrium, and accelerated systems; fluids at rest, periodic motion, optics, and electricity. As a result of your educational experiences in the course ENGGPHYSL, you should be able to: 1. Demonstrate ability to carry out scientific method by accurate data gathering and proper evaluation of data in verifying physics principles on measurements, one-dimensional motion; friction, Newton’s laws of motion; rigid bodies in equilibrium; and, Archimedes’ principle. 2. Demonstrate ability to carry out scientific method by accurate data gathering and proper evaluation of data in verifying physics principles on simple harmonic motion, refraction and reflection of light; direct current, voltage and resistance. 3. Demonstrate resourcefulness and creativity in presenting on-site experiment, and alternative experiment set-up and procedure. Your academic experience as an Engineering student will be utilized in this course. To ensure that you will demonstrate the above cited course learning outcomes at the end of the term, the course content is divided into the following: MODULE 1: MEASUREMENTS – This module aims to enable you to obtain measurements using micrometer and Vernier caliper; and, differentiate three measuring tools (ruler, Vernier caliper and micrometer) in terms of usage, measuring procedure, resolution, and accuracy. MODULE 2: UNIFORMLY ACCELERATED MOTION – This module aims to enable you to describe rectilinear motion using graphs and equations; in terms of displacement, average and instantaneous velocity; and, average and instantaneous acceleration. This module will also help you solve problems on rectilinear motion with constant acceleration. MODULE 3: STATIC AND KINETIC FRICTION – This module aims to enable you to differentiate static and kinetic frictional forces; and to determine the magnitudes of static and kinetic 1 Property of and for the exclusive use of SLU. Reproduction, storing in a retrieval system, distributing, u