As shown in figures "B" and "C" of the...

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Question 1 of 205eccefa3bacbc34ba4d47f6c

As shown in figures "B" and "C" of the illustration, what should be the switch position and which test lead terminal jacks should be used if your intent is to measure DC volts not to exceed 1000 VDC? See illustration EL-0047.

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🔍 Key Concepts

• Figure B links each numbered switch position to a specific measurement function symbol (AC volts, DC volts, mV, ohms, etc.). • Figure C shows which jack is used for voltage/ohms/diode measurements versus which are for current (mA/A) measurements. • For DC voltage up to 1000 VDC, you must avoid the current jacks and select the function that shows the DC voltage symbol (solid line over dashed line).

💭 Think About

• In Figure B, which row contains the DC voltage symbol (straight line over a dashed line with V)? What switch position number is listed in that row? • In Figure C, which labeled jack is specifically marked for V/Ω/diode, and which jack is marked COM (common)? How are the other two jacks labeled differently? • Looking at the safety markings, which jack combination is rated for measurements up to 1000 V and is NOT for measuring current?

✅ Before You Answer

• Confirm that the chosen switch position in Figure B is the one whose function is DC volts, not AC volts or mV. • Confirm that the selected jack pair in Figure C includes the COM jack and the jack labeled for V/Ω/diode, not either of the current (mA or A) jacks. • Verify that the jack(s) you choose show the voltage category rating that allows up to 1000 VDC.

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