G9A10:What standing wave ratio results from connecting a 50-ohm feed line to a 10-ohm resistive load?

Q: G9A10: What standing wave ratio results from connecting a 50-ohm feed line to a 10-ohm resistive load?

Correct answer: 5:1. The key fact is 5:1. Match that fact to the exact condition in the question; the other choices describe a different rule, band, component, or operating situation.

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What standing wave ratio results from connecting a 50-ohm feed line to a 10-ohm resistive load?

Why this wins

The key fact is 5:1. Match that fact to the exact condition in the question; the other choices describe a different rule, band, component, or operating situation.

Memory hook: Lower SWR means the feed line and load are better matched.

E = I × R

Direct answer summary (2023-2027 NCVEC pool)

The official correct answer for G9A10 is 5:1.

The key fact is 5:1. Match that fact to the exact condition in the question; the other choices describe a different rule, band, component, or operating situation.

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G9A10:What standing wave ratio results from connecting a 50-ohm feed line to a 10-ohm resistive load?

What standing wave ratio results from connecting a 50-ohm feed line to a 10-ohm resistive load?

Direct answer summary (2023-2027 NCVEC pool)

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