Please help me answer the post lab questions. Show all necessary calculations. .

Kirchoff's Rules 1 Objectives 1. To verify Kirchoff's Loop rule for voltages, and 2. To verify Kirchoff's Junction rule for currents. 2 Introduction Gustav Kirchoff was a prominent 19th century Prussian physicist. He is still well known for his work in both circuit theory and spectroscopy. He won every prominent award for science in the middle part of the century, and is remembered along with his spectroscopist colleague Robert Bunsen? by the Bunsen-Kirchoff Award for Spectroscopy. The study of electricity was still in its infancy in the early half of the century; you may recall that Georg Ohm only discovered the relationship between voltage, current, and resistance in 1827. Kirchoff was certainly familiar with this work, and he first discovered what are now called Kirchoff's Circuit Laws during his electrical studies while a student in the 1840s. This later formed the basis for his doctoral dissertation. 3 Theory Kirchoff's Rules easy to state, but first we need to define a few terms. A loop in a circuit is any closed path that travels through one or more of the circuit elements and returns to its origin. A junction is any point where two or more components are connected by a conducting path. With these definitions, the Rules themselves are simple to state: 1. Loop Rule: The directed sum of the voltage drops around any loop in a circuit must be zero: Zvi=o. 2. Junction Rule: The directed sum of all currents entering a junction in any circuit must be zero: En=0. Yes, that Bunsen