Pg. 6 of 10 Initials Morgan State University-2018 and then in parallel. The resp

Question

Pg. 6 of 10 Initials Morgan State University-2018 and then in parallel. The respective resistances are R, 256.0 . (AV) is 25.0 V. (remember that a kilo 20. Three resistors are connected in series, and then in parallel. The respective r k-181.5 KQ, and Rs-610. . The battery potential difference 1000) (12 pts) I. Calculate the total (equivalent) resistor in series. II. What is the total current I in series? III. What are the respective currents (Ii, I2, L) in series? IV. What are the respective voltages (Vi, V, V) in series? v. Add up the respective voltages, and compare it with the potential difference (AV) using the percent error calculation. VI. Calculate the total (equivalent) resistor in parallel. VII. What is the total current I in Parallel? VIII. What are the respective currents (I,, 1a, L) in parallel? IX. what are the respective voltages (v, v,·VJ parallel? X. Add up the respective currents, and compare it with the total currents using the percent error calculation.

Explanation / Answer

I : total resistance = R1 + R2 + R3 = 256 + 181.5 + 610 = 1047.5 ohms

II: total current I = Potential/Total resistance = 25/1047.5 = 0.02386 A

III : Respective currents in series I1 = I2 = I3 = 0.02386 A

IV: Voltages V1 = I1R1 = 0.02386 x 256 = 6.11 Volts

V2 = I2R2 = 0.02386 x 181.5 = 4.33 Volts

V3 = I3R3 = 0.02386 x 610 = 14.56 Volts

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