Question

2 10. What do you immediately notice about the bulbs that are different than the first configuration? 11. Measure the current in each of the two loops of the circuit. The current is A in the first loop. The current is A in the second loop. 12. Using a voltmeter measure the voltage around each of the light bulbs. The voltage of the first light bulb is V The voltage of the second light bulb is V 13. Connect another bulb in parallel with the first two. Change the properties of this bulb to have 5 Ohms of resistance. 14. Using an ammeter measure the current in each of the three loops of the circuit. The current is A in the first loop. The current is A in the second loop. The current is A in the third loop. Figure 2 Are the bulbs in Figure 2 connected in a series or a parallel circuit? 15. How has the current changed when adding another bulb in parallel? 16. Using a voltmeter measure the voltage around each of the light bulbs. The voltage of the first light bulb is V The voltage of the second light bulb is V The voltage of the third light bulb is V 17. How has the voltage changed when adding another bulb in parallel?

          2
10. What do you immediately notice about the bulbs that are different than the first
configuration?
11. Measure the current in each of the two loops of the circuit.
The current is ______ A in the first loop.
The current is ______ A in the second loop.
12. Using a voltmeter measure the voltage around each of the light bulbs.
The voltage of the first light bulb is ______ V
The voltage of the second light bulb is ______ V
13. Connect another bulb in parallel with the first two. Change the properties of this bulb to
have 5 Ohms of resistance.
14. Using an ammeter measure the current in each of the three loops of the circuit.
The current is ______ A in the first loop.
The current is ______ A in the second loop.
The current is ______ A in the third loop.
Figure 2
Are the bulbs in Figure 2 connected in a series or a parallel circuit?
15. How has the current changed when adding another bulb in parallel?
16. Using a voltmeter measure the voltage around each of the light bulbs.
The voltage of the first light bulb is ______ V
The voltage of the second light bulb is ______ V
The voltage of the third light bulb is ______ V
17. How has the voltage changed when adding another bulb in parallel?

2
10. What do you immediately notice about the bulbs that are different than the first
configuration?
11. Measure the current in each of the two loops of the circuit.
The current is A in the first loop.
The current is A in the second loop.
12. Using a voltmeter measure the voltage around each of the light bulbs.
The voltage of the first light bulb is V
The voltage of the second light bulb is V
13. Connect another bulb in parallel with the first two. Change the properties of this bulb to
have 5 Ohms of resistance.
14. Using an ammeter measure the current in each of the three loops of the circuit.
The current is A in the first loop.
The current is A in the second loop.
The current is A in the third loop.
Figure 2
Are the bulbs in Figure 2 connected in a series or a parallel circuit?
15. How has the current changed when adding another bulb in parallel?
16. Using a voltmeter measure the voltage around each of the light bulbs.
The voltage of the first light bulb is V
The voltage of the second light bulb is V
The voltage of the third light bulb is V
17. How has the voltage changed when adding another bulb in parallel?

Added by Cheryl B.

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