Connect a 10V battery to two 10Ω resistors in series (R1 and R2).
The total voltage supplied by the battery is divided among the components. dc circuit builder series circuit answer key
( R_T = 120\ \Omega ) ( I = 12 / 120 = 0.1\ \textA ) ( V_\texteach = 0.1 \times 40 = 4.0\ \textV ) Connect a 10V battery to two 10Ω resistors
This article serves as the definitive answer key for the exercises. We will break down the standard questions, the common pitfalls, and the step-by-step solutions required to master series circuit analysis. We will break down the standard questions, the
A: You connected the ammeter in parallel (across the battery). Ammeters must be in series . Also, ensure your current isn't exceeding the "Max" setting on the meter (most sim meters cap at 10A).
Builder Tip: If you place an ammeter anywhere in the loop, the reading will be identical. If your answer key asks for the current through the second resistor, it’s the same as the total current. 3. Voltage (
