A Direct Current Circuit (DC-Circuit) is composed of two R = 100 2 resistors, which bare placed in series with a single D-Cell flashlight battery, with voltage V = 1.5 V. Assume that the battery is fully charged. - Label or caiculate the following circuit metrics: • the polarity of the D-Cell battery; the direction of the total current flow; • the polarity and magnitude of the voltage drop that occurs across each of the 100 2 resistors. Show all work.
A Direct Current Circuit (DC-Circuit) is composed of two R = 100 2 resistors, which bare placed in series with a single D-Cell flashlight battery, with voltage V = 1.5 V. Assume that the battery is fully charged. - Label or caiculate the following circuit metrics: • the polarity of the D-Cell battery; the direction of the total current flow; • the polarity and magnitude of the voltage drop that occurs across each of the 100 2 resistors. Show all work.
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![A Direct Current Circuit (DC-Circuit) is composed of two R = 100 2
resistors, which bare placed in series with a single D-Cell flashlight battery, with
voltage V = 1.5 V. Assume that the battery is fully charged.
- Label or caiculate the following circuit metrics:
• the polarity of the D-Cell battery;
the direction of the total current flow;
• the polarity and magnitude of the voltage drop that occurs across each
of the 100 2 resistors.
Show all work.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5a331355-eac3-437e-bec7-6442c8371e3e%2F963df291-6305-41ae-b016-4be38e392776%2F94kej5.jpeg&w=3840&q=75)
Transcribed Image Text:A Direct Current Circuit (DC-Circuit) is composed of two R = 100 2
resistors, which bare placed in series with a single D-Cell flashlight battery, with
voltage V = 1.5 V. Assume that the battery is fully charged.
- Label or caiculate the following circuit metrics:
• the polarity of the D-Cell battery;
the direction of the total current flow;
• the polarity and magnitude of the voltage drop that occurs across each
of the 100 2 resistors.
Show all work.
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