Q2. In the adjacent figure we have R2 = 7.9 kN, R3 = 1.45 k2, and E = 25 V, 82 = 10 v. R1 a) If the ammeter shows the value +6 mA and the voltmeter shows the value +5.8 V, determine the value of the resistor R1. b) Determine the electric current I3. c) Determine the electric current I2 by two different methods. d Fvaluate V.along two difforent nathe

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Publisher:Robert L. Boylestad
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Q2. In the adjacent figure we have R2 = 7.9 k2, R3 = 1.45 k2, and
81 = 25 V, 82 = 10 V.
R1
a) If the ammeter shows the value +6 mA and the voltmeter
shows the value +5.8 V, determine the value of the resistor R1.
b) Determine the electric current Iş.
R:
I
c) Determine the electric current I; by two different methods.
d) Evaluate Kad along two different paths.
e)|What would be the value of the voltage shown by the
voltmeter if we connected its red wire to the positive pole of the
power supply (electric current source) 8z and its black wire to
the negative pole of the power supply &,?
Answer:
Transcribed Image Text:Q2. In the adjacent figure we have R2 = 7.9 k2, R3 = 1.45 k2, and 81 = 25 V, 82 = 10 V. R1 a) If the ammeter shows the value +6 mA and the voltmeter shows the value +5.8 V, determine the value of the resistor R1. b) Determine the electric current Iş. R: I c) Determine the electric current I; by two different methods. d) Evaluate Kad along two different paths. e)|What would be the value of the voltage shown by the voltmeter if we connected its red wire to the positive pole of the power supply (electric current source) 8z and its black wire to the negative pole of the power supply &,? Answer:
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