Question

Question 1 1 pts You have an ideal 38 V battery (no internal resistance) connected to the circuit shown. $R_1$ = 63 ?, $R_2$ = 65 ?, and $R_3$ = 124 ?. What is the total current going through the battery? Give your answer in Amps to at least three significant figures to avoid being counted incorrect due to rounding.

          Question 1
1 pts
You have an ideal 38 V battery (no internal resistance) connected to the circuit shown.
$R_1$ = 63 ?, $R_2$ = 65 ?, and $R_3$ = 124 ?.
What is the total current going through the battery?
Give your answer in Amps to at least three significant figures to avoid being counted
incorrect due to rounding.

Question 1
1 pts
You have an ideal 38 V battery (no internal resistance) connected to the circuit shown.
R1 = 63 ?, R2 = 65 ?, and R3 = 124 ?.
What is the total current going through the battery?
Give your answer in Amps to at least three significant figures to avoid being counted
incorrect due to rounding.

Added by Susan S.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Vipin Kumawat

Step 1

We can do this by adding the resistances in series: R_total = R1 + R3 + R2 R_total = 63 Ω + 124 Ω + 65 Ω R_total = 252 Ω Show more…

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You have an ideal 38 V battery (no internal resistance) connected to the circuit shown. R1 = 63 Î©, R2 = 65 Î©, and R3 = 124 Î© What is the total current going through the battery? Give your answer in Amps to at least three significant figures to avoid being counted incorrect due to rounding. R1 Batt R3 R2