Basic electric circuits and measurements Lab Report

Basic electric circuits and measurements - Lab Report ExampleFrom this, a powerful comparison used in the experiment is derived as followsMeasurement for voltage and current for the underground were obtained and recorded and a interpret of V against I plot to stipulate the regard as of R from the slope. In order to prove the validity of ohms equation, the experiment involved comparison of the experimentally and directly measured values for the resistor R. The following equation was usedThe experiment have illustrated succinctly that the relationship between the flow of current and the flow of charge in a significant results to the resistance. In which case, the flow of electric current is responsible for the generation of heat owing to the collision of free electrons. This insinuates and supports the ohms law, which relates between the current and voltage. For the resistors, a graph plotted for V against I gave a straight line from the origin thereby supporting the law, which s tates the amount of voltage flowing from one point to some other end in a conductor is directly proportional to the current between the two points, while keeping the temperature constant. Further, the difference between the value of R from slope of graph and that from direct ohmmeter reading was insignificant thereby proving the success of the experiment.The electric resistance in material arises from the generation of heat as the result of collision of free electrons, when electric current flow (I). In which case, the heat generated opposes the flow of electrons (charges) ( V) through the material hence the resistance.For the resistors, a graph plotted for V against I gave a straight line from the origin thereby supporting the law which states that the amount of voltage flowing from one point to some other end in a conductor is directly proportional to the current between the two pointsl, while keeping the temperature constantThe situation of non-linearity can be solved through r estricting the amount of current at the