After measuring the resistance of all three, does the voltmeter have an appreciably higher internal resistance than the two current meters? Explain why? 5. Use the Multimeter to measure the resistance of the Power Supply (7 to N ohms ohms 4. Use the Multimeter to measure the resistance of the AC Voltmeter 3. Use the Multimeter to measure the resistance of the DC Voltmeter 2. Unes measured in Volts) 1- the electrical current through the same resistance element (measured in Amperes) R-the resistance of the same element (measured in Chms.) Ohm's Law is also expressed by 1 = E=IR ohms In order to produce a current, a voltage must first exist across the resistance Procedure 1. ![]() LVSIMEMS software Key Code Data Acquisition & Control eterface (DAC) 97E54-40282-88DEF-CASTS EMS 2063 Theory Ohm's Law is express by R E-the potential difference from one end of a resistance element to the other. ![]() EMS 8821-20 EM211-00 Equipment Details (Instruments and Components Power Supply Module Resistance Module Capacitive Load Module Inductive Load Module DC Metering Module Connections Leads EMS 8331 8321. ![]() O Part 1 EQUIPMENT SIMULATIONS AND OH'S LAW EMS 882- EMS 8321- EM58426 Figure 14.0.0: EMS model numbers Object To demonstrate Chr's Law and to show its various forms IL To become familiar with LVSIM_EMC simulator, DC voltmeters, ammeters and Data Acquisition and Control Interface module.
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