A circuit with both series and parallel connections is described as

A circuit with both series and parallel connections is described as

• A. Pure series
• B. Pure parallel
• C. Series and parallel combined
• D. Series-Parallel Hybrid

Answer: (C)

This tests recognizing mixed connectivity in a circuit: some components are lined up in a single path (in series) while others are connected across the same two nodes (in parallel). A circuit that contains both arrangements is described as having series and parallel connections together. The option that states this most directly is the one that says Series and parallel combined, because it communicates that both types of connections are present in the same circuit, not exclusively one or the other. In such circuits you don’t treat everything as if it were all in series or all in parallel; instead you reduce series groups to their equivalent resistances, then handle parallel branches, and repeat until you get a single equivalent value. (Note that the term Series-Parallel Hybrid is another way some texts describe the same idea, but the given description matches Series and parallel combined.)

This tests recognizing mixed connectivity in a circuit: some components are lined up in a single path (in series) while others are connected across the same two nodes (in parallel). A circuit that contains both arrangements is described as having series and parallel connections together. The option that states this most directly is the one that says Series and parallel combined, because it communicates that both types of connections are present in the same circuit, not exclusively one or the other. In such circuits you don’t treat everything as if it were all in series or all in parallel; instead you reduce series groups to their equivalent resistances, then handle parallel branches, and repeat until you get a single equivalent value. (Note that the term Series-Parallel Hybrid is another way some texts describe the same idea, but the given description matches Series and parallel combined.)