E=36 V I=1.3 mA+ 3. P= mW R=1kQ 5. P= /= 360 mA W R = 100 £2 E=24 V E=6V I= 4 mA 4. 1=__A P = 36 W 6. R= ΚΩ P= 24 mW
E=36 V I=1.3 mA+ 3. P= mW R=1kQ 5. P= /= 360 mA W R = 100 £2 E=24 V E=6V I= 4 mA 4. 1=__A P = 36 W 6. R= ΚΩ P= 24 mW
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Can anyone help with number 4-6
Transcribed Image Text:Section 1-4: Power
True Power. Solve for the unknown quantities.
E=12 V
E = 36 V
1. P=
/= 12 mA
/= 1.3 mA+
3. P=
R=1kQ
5. P=
/= 360 mA
mW
mW
W
R = 100 S2
15
E = 24 V
E = 24 V
E=6V
HIH
/= 4 mA
2. I=_
mA
P= 12 W
4. I=__A
P = 36 W
6. R= ΚΩ
P= 24 mW
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