1. They are able to establish an electrical connection between a multi -tester and the DUT without exposing electrical workers to live conductive parts. A. Needle pointer B. Ports C. Range Selector D. Test Probes 2. Used to measure resistance in ohms. A. Ammeter B. Capacitance C. Ohmmeter D. Voltmeter 3. The value the pointer hovers over indicates the value being measured by the multitester. A. Needle pointer B. Ports C. Range Selector D. . Test Probes 4. Used to measure current in ampere. A. Ammeter B. Capacitance C. Ohmmeter D. Voltmeter 5. Used to calibrate the multi-meter when you want to measure the resistance of an object. A. Needle pointer B. Ports C. Range Selector D. Zero-Ohm Adjustment knob 6. Used to measure capacitance in farad. A. Ammeter B. Capacitance C. Ohmmeter D. Voltmeter 7. This allows you to adjust the pointer to the zero position of the scale – usually with the help of a flat head screwdriver. A. Adjustment Screw B. Ports C. Range Selector D. . Test Probes 8. Used to measure voltage in volts. A. Ammeter B. Capacitance C. Ohmmeter D. Voltmeter 9. The holes at the front of the multi-tester B. Needle pointer C. Ports D. Range Selector D. Test Probes 10. Another term for multi-meter. A. AVM B. MCV C. VCM D. VOM​