Here we are, once again. The depth an despair of this past semester grows heavy on my soul. When I look back to how fun and youthful I once was at the beginning of the term and now look at me. A rumpled pile slowly withering away. Oh how I wish to return to those early days...

aw the jubilees of cooking a hot dog. Such an interesting morning exercise where we find out how great a resistor a hot dog can be. While I had argued that the hot dog would slowly cook it seems that the areas of contact started to char so I was half right? right?
Pretty much explains the theory we came up with but in a cuter way.
Here we found the more suitable way to learn about series and parallel. Goes to show that the current doesn't go through the leads of the parallel lights so they don't light up.
doing some 4b review, basic kirchoff's law. This right here is worthless, the methods we learn later are so much easier to get the same answers.
redrwaing a circuit so that it makes a little more sense.
Initial problem and equation, second photo has the answers to what the resistances have to be (real world application anyway) and the final photo shows the process of how we got that answer. And while our resistance wasnt optimal they still work.
Doing some equivalent resistance review, some fun facts G is the inverse of resistance and is measured in mhos.
Here we got a lab where we made a night light using a transformer to read light emission to tell when it is dark or not. the video shows that our circuit runs fine and the photos show the basic setup and final measured values.



