I have learned that coaxial cabling threads signals like a seamless tapestry, while structured cabling weaves the intricate network fabric, and just as engineers connect cables, they connect the threads of life, intertwining progress and communication.
I have learned that different electrical lighting has its own purpose for specific locations and spaces. The importance of learning it is vital to ensure that these electric systems work and serve their purpose.
Earlier's discussion was an eye-opener. Given that free chances are opportunities that we should grab because not everyone is privileged to them, the important thing is seizing these opportunities requires proactive mindset and the determination to make the most of each chance.
What I have learned from the earlier discussion is that Ohm's Law states that the current (I) in an electrical circuit is directly proportional to the voltage (V) and inversely proportional to the resistance (R). Mathematically, it's expressed as I = V/R.
Example of it is our electrical system, we need certain knowledge before we deal with it so that we can equip and provide or do the best way possible for it to function well and properly.
#CE3A#STIWNU#TeamOklahoma@GeraldJayPG@Cindzz_@jlen_angel
What I learned from last discussion (monday) is that there are different things that we need to understand broadly as it helps us to determine whether to go through it straightly or we need specific methodology/technical knowledge and approach to do it.
Earlier discussions, I learned how difficult it is to construct a single system utilizing the tools involved. From the utilities required for specific usage all the way to the beginning point of which voltage of energy goes through various utilities only to power residences.