4. Each of batteries has an EMF of 20 volts, but the interna resistance of one is 0.04 Q and the other is 0.05 Q. These batterie are connected in parallel, with terminals of like polarity togethe When the external current is 60 amperes, determine: (a) currer delivered by each battery, (b) terminal voltage of the battery, ( value of the external resistance, and (d) EMF and interna resistance of a single battery which would replace these two i parallel.
4. Each of batteries has an EMF of 20 volts, but the interna resistance of one is 0.04 Q and the other is 0.05 Q. These batterie are connected in parallel, with terminals of like polarity togethe When the external current is 60 amperes, determine: (a) currer delivered by each battery, (b) terminal voltage of the battery, ( value of the external resistance, and (d) EMF and interna resistance of a single battery which would replace these two i parallel.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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hi pleasee help me answer this question
![4.
Each of batteries has an EMF of 20 volts, but the internal
resistance of one is 0.04 Q and the other is 0.05 Q. These batteries
are connected in parallel, with terminals of like polarity together.
When the external current is 60 amperes, determine: (a) current
delivered by each battery, (b) terminal voltage of the battery, (c)
value of the external resistance, and (d) EMF and internal
resistance of a single battery which would replace these two in
parallel.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb2e6889d-9bf6-473e-8263-9bc269294517%2Ff782521b-bd0a-439b-a12d-18d0101e645c%2Fo1yuufl_processed.png&w=3840&q=75)
Transcribed Image Text:4.
Each of batteries has an EMF of 20 volts, but the internal
resistance of one is 0.04 Q and the other is 0.05 Q. These batteries
are connected in parallel, with terminals of like polarity together.
When the external current is 60 amperes, determine: (a) current
delivered by each battery, (b) terminal voltage of the battery, (c)
value of the external resistance, and (d) EMF and internal
resistance of a single battery which would replace these two in
parallel.
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