First make a simple series circuit with a battery, switch, single light bulb and ammeter as shown at right. It's actually not necessary to include the switch but if I left it out then my snapshots would all give away the answers. With the switch closed/current flowing in the circuit, record the Current current that is flowing out of the light bulb and back to the 0.00 A battery. The current is A Now switch the light bulb and the battery so that the ammeter comes before the bulb. Current O 0.00 A With the switch closed/current flowing in the circuit, record the current that is flowing out of the battery and into the light bulb. The current is A CheckNow let's look at the case of wit two light bulbs wired in parallel to the battery. We can take advantage of the fact that this is a virtual circuit and put 3 ammeters into the circuit. Current A is the current that comes out of the battery and goes to both light bulbs. Current B and current C are the currents that each go through a single light bulb as shown. Wire the circuit and with the current owing record the values of each of the three currents. Current A A, Current B |:| A Current C |:| A