Ohms Law in another perspective. Ohms law state that the current is proportional to voltage. Not that voltage is equal to current times resistance. Its an important difference for it represents Ohms law in a better way. You can not change the resistance without effecting the current. As you increase the resistance you ALSO - and all ways - decrease the current. That is hard see in the formula V = I * R - here it looks like when you increase the resistance, the voltage will increase a long with it. That is only true if you somehow make the ampere/current stay the same. Which can be done changing the input voltage - and this is why the V=I*R version of Ohms law is still true. In most setups you start out with a fixed voltage and therefore the current will decrease when you add resistance. #electronics #ohmslaw. Credits: Music: www.freemusicarchive.org - Scott Holmes Music - Good Times Sound effects: freesound.org - inspectorj__vinyl-record-on-off-a freesound.org - posontic__bleep freesound.org - latranz__industrial-alarm freesound.org - racche__cue-scratch

All programming languages can be broken up into six basic concepts. Learning the basic concepts of programming will fast track you learning in programming. Once you grasp the concepts and how to apply them to you first programming language then the next language is much easier.