11. Now try setting up a circuit with TWO resistors in series, and measure the current and voltage for each resistor. Take a screenshot of the circuit you build in the simulator and attach it below.

12. In the area below, write in the currents and voltages for each resistor, and write a summary statement which explains voltage and current in a series circuit, i.e. "The current is constant everywhere in a series circuit." or similar.

13. Now try setting up a circuit with TWO resistors in parallel and measure the current and voltage for each resistor. Take a screenshot of the circuit you build in the simulator and attach it below.

14. In the area below, write in the measurements for each resistor and write a summary statement for voltage and current in a parallel circuit.

15. Now try putting THREE resistors in a circuit that contains BOTH a series portion and a parallel portion. Attach a screenshot of your circuit below.

16. Write out the values for current and resistor for each resistor. Then confirm that they comply with your statement in questions #16 and #18.

Questions #11-#16 summarize what are known as Kirchhoff's Loop and Junction rules of electricity. With these laws, one can simplify the math of even the most complex circuits.

Please help me!