QuestionFebruary 2, 2026

ib solve the intown values in a parallel circuit, use series circuit rules for those sections of the circuit that are onnected in pusitel circuit. a. This b. False 32. A combination circuit contains both series and parallel elements. a. True b. False 33. Tracing the current path in a combination circuit will identify the series and parallel elements. a. True b. False 34. In a parallel circuit, the current is the same at any point in the circuit. a. True b. False 35. In a series circuit, the total current flow is equal to the sum of the currents through all of the circuit branches. a. True b. False 36. A combination circuit can be reduced or simplified to a simple parallel circuit. a. True b. False

ib solve the intown values in a parallel circuit, use series circuit rules for those sections of the circuit that are onnected in pusitel circuit. a. This b. False 32. A combination circuit contains both series and parallel elements. a. True b. False 33. Tracing the current path in a combination circuit will identify the series and parallel elements. a. True b. False 34. In a parallel circuit, the current is the same at any point in the circuit. a. True b. False 35. In a series circuit, the total current flow is equal to the sum of the currents through all of the circuit branches. a. True b. False 36. A combination circuit can be reduced or simplified to a simple parallel circuit. a. True b. False
ib solve the intown values in a parallel circuit, use series circuit rules for those sections of the circuit that are onnected in pusitel circuit. a. This b. False 32. A combination circuit contains both series and parallel elements. a. True b. False 33. Tracing the current path in a combination circuit will identify the series and parallel elements. a. True b. False 34. In a parallel circuit, the current is the same at any point in the circuit. a. True b. False 35. In a series circuit, the total current flow is equal to the sum of the currents through all of the circuit branches. a. True b. False 36. A combination circuit can be reduced or simplified to a simple parallel circuit. a. True b. False

Solution
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Answer

31. False; 32. True; 33. True; 34. False; 35. False; 36. False Explanation 1. Evaluate statement 31 False. Series circuit rules cannot be applied to parallel sections. 2. Evaluate statement 32 True. Combination circuits contain both series and parallel elements. 3. Evaluate statement 33 True. Tracing the current path helps identify series and parallel elements. 4. Evaluate statement 34 False. In a parallel circuit, voltage is the same across all components, not current. 5. Evaluate statement 35 False. In a series circuit, the current is the same through all components. 6. Evaluate statement 36 False. A combination circuit cannot always be simplified to a simple parallel circuit.

Explanation

1. Evaluate statement 31<br /> False. Series circuit rules cannot be applied to parallel sections.<br /><br />2. Evaluate statement 32<br /> True. Combination circuits contain both series and parallel elements.<br /><br />3. Evaluate statement 33<br /> True. Tracing the current path helps identify series and parallel elements.<br /><br />4. Evaluate statement 34<br /> False. In a parallel circuit, voltage is the same across all components, not current.<br /><br />5. Evaluate statement 35<br /> False. In a series circuit, the current is the same through all components.<br /><br />6. Evaluate statement 36<br /> False. A combination circuit cannot always be simplified to a simple parallel circuit.
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