Part 4: Parallel Circuit with Two Resistors, Designed in Terms of Potential Difference (Voltage)
8. Design a circuit that has two resistors connected in parallel. Given that you have a
22.5 O equivalent resistance, calculate a power source voltage that will produce a
current of 0.8 A. Record the resistance and voltage in data table 4.
Use the instructions provided in step 1 to build the circuit.
9. Calculate the current through and voltage drop across each resistor and record
the values in data table 4.
I
10. Using the ammeter and voltmeter, determine the current through and voltage
drop across each resistor. Record the values in data table 4.
Data Table 4: Parallel Circuit with Two Resistors, Designed in Terms of Potential
Difference (Voltage)

In the future, people will only enjoy one sport: electrodisc. in this sport, you gain points when you cause metallic discs hovering on a field to exchange charge. you are an electrodisc player playing the popular four disc variant. the disks have charges of qa = −8.0 µc, qb = −2.0 µc, qc = +5.0 µc, and qd = +12.0 µc. (1) you bring two disks together and then separate them. you measure the resulting charge of these two disks and find that it is +5.0 µc per disk. which two disks did you bring together? (a) a and b (b) a and c (c)a and d (d)b and c(e) b and d (f) c and d. (2) you bring three disks together and then separate them. you measure the resulting charge of these three disks and find that it is +3.0 µc per disk. which three disks did you bring together? a, b, and c (a) a, b, and d (c) a, c, and d (d) b, c, and d. (3) given the resulting charge of each disk measured in (b) is +3.0 µc, how many electrons would you need to add to a disk of this charge to electrically neutralize it? electrons

Astudent weighing 700 n climbs at constant speed to the top of an 8 m vertical rope in 10 s. the average power expended by the student to overcome gravity is most nearly

Does current flow through or across a resistor?