2. (1.5) Sketch, in a plot like the one below, the voltage as one moves around the outer loop in the circuit from part A, from point C through V1 to point D, through R1 to A, through V2 to B, then back to C. Assume point C is at zero volts. Label specific voltages on the y-axis; in other words, the graph should show quantitatively the change in voltages through this loop. The graph has been started for you (dashed line). C D A B 3. (1) Explain specifically how one could use the graph above to determine the current flow (direction and magnitude) through resistor R1, which has a resistance of 5 Ohms. A1. Consider this circuit, with two resistors and two batteries. You can assume V is 6V. Work 2 through the every step with your group. 6 What is the current through R,? 2.5A What is the resistance value of R? 7.45 What is the current through battery V,?/A What is the current through battery V?/5 A If R, is 5.092, what is V,? ||V) D 11 V 5.05 R 6 E A $1.0 A 1.5A 44 Liz R 242 4 V BOU 2.5 revel 2. What is Kirchhoff's Junction Rule? For the circuit above calculate how much charge is delivered 25 A del to point A in one second. How much charge is removed from point A? Why can't charge 5 V V=IR D R = = = = teries. You can assume V, is 6V. Work 2 5.05 R www 6 55 6 $1.0 A R =2.4 742 1.5A li 6 BOU defined = 25 ramal ved from point A? Why can 5 V2+6V V