1. With the multimeter set to read the most sensitive DC voltage possible, and 850 Output 1 set to output a DC voltage of 1.5 Volts, describe the multimeters output when you turn on the DC voltage, and for several seconds afterwards.

2. Explain why this qualitative observation makes sense, in the context of the physical situation described, how transformers work, and how multimeters work.

3. With the multimeter set to read the most sensitive AC voltage possible, and 850 Output 1 set to output a DC voltage of 1.5 Volts, describe the multimeters output when you turn on the DC voltage, and for several seconds afterwards.

4. Explain why this qualitative observation makes sense, in the context of the physical situation described, how transformers work, and how multimeters work. Physics Lab Transformers Penn State Harrisburg 2 5. With the multimeter set to read the most sensitive DC voltage possible, and 850 Output 1 set to output a sine wave with an amplitude of 1.

5 Volts and a frequency of 60 Hz, describe the multimeters output when you turn on the AC voltage, and for several seconds afterwards.

6. Explain why this qualitative observation makes sense, in the context of the physical situation described, how transformers work, and how multimeters work.

7. With the multimeter set to read the most sensitive AC voltage possible, and 850 Output 1 set to output a sine wave with an amplitude of 1.5 Volts and a frequency of 60 Hz, describe the multimeters output when you turn on the AC voltage, and for several seconds afterwards.

8. Explain why this qualitative observation makes sense, in the context of the physical situation described, how transformers work, and how multimeters work.