Introduction: Kirchhoff's Laws (actually, they are really just rules) are based on energy and charge conservation. Kirc voltage law is based on energy conservation and states that the algebraic sum of the potential (voltage- around a complete path is equal to zero. For example, in the circuit shown in Figure 1, the relations betw circuit elements and resistances for the path ABCDA is: -I₁R₁ I2R2-15R5+V0 = 0 R₁ (1) Vo ww 11 R₂ 12 R3 R₁ www Rs Is R A D Figure 1: Currents (green) travelling through various branches of a circuit. Kirchhoff's current law is based on charge conservation, and states that the algebraic sum of the currents entering a node is zero. A node is a point such as "B" in Figure 1, where I, enters and 12 and I, leave. The other nodes inm MAR 1 13 -> 100 Questions: A1.From Figure 1 in the introduction (not Figure 2 of the experimental setup), write the relation between the circuit elements and resistances for the path ABEDA, based on Kirchhoff's voltage law. A2.From Figure 1 in the introduction (not Figure 2 of the experimental setup), write the relation between the circuit elements and resistances for the path CEDC, based on Kirchhoff's voltage law. dalalate the mum of the notantial drone across all 5 Questions: B1. B2. Based on Figure 1 in the introduction (not Figure 3 of the experimental setup), state the relation determined by applying Kirchhoff's current law at node "D". Based on Figure 1 in the introduction (not Figure 3 of the experimental setup), state the relation determined by applying Kirchhoff's current law at node "C".