7R2 , 20.0 o R3 = 30.0 9 The voltage will be set at 30.0 V, as indicated in the schematic. 7 Wires will be used to connect all the circuit elements as shown. Instructions . ... \"unquutuzz conceptual Physi...' Roster v Course Tools v Support v Instructions Predictions Resistors R2 and R3 are wired in parallel. Compute the equivalent resistance R23. This is wired in series with resistor R1. Compute the equivalent resistance R. Use Ohm's Law to compute the current that will flow in the circuit. Compute the current that will flow through each resistor. Use Ohm's Law to compute the voltage drop across each resistor. Hint: Follow the example sample computation provided, substituting in your numbers. Circuit Construction Go to the simulation and set up the circuit. using the schematic above. Here is what your completed circuit miqht look like. Mastering Word citation generator T TestOut WA Web Assign 15CENTRAL PIEDMONT COMMUNITY COLLEGE PHY110A-N8102: Conceptual Physi... 100 Kennedy Bilowus Course Home Content Grades Roster ~ Course Tools ~ Support Table of Contents > Lab 09 - DC Circuits > PHY 110A - Lab 09 Instructions PHY 110A - Lab 09 Instructions ~ ED 3 of 3 - + Automatic Zoom > > Measurements 1. Use the ammeter to record the current through each circuit element. Record your values in the table below. 2. Use the voltmeter to record the voltage drop across each circuit element. Place the black probe on the left end and the red probe on the right end of each circuit element. Record your values in the table below. Be sure to indicate each voltage as positive or negative. Battery Resistor R1 Resistor R2 Resistor R3 Current Get He Voltage Sign out Mar 19 7:33 0 AM acerySI... Kennedy Bilowus Course Home Content Grades Roster ~ Course Tools ~ Support Table of Contents > Lab 09 - DC Circuits > PHY 110A - Lab 09 Instructions PHY 110A - Lab 09 Instructions ~ 2 of 3 - + Automatic Zoom Go to the simulation and set up the circuit, using the schematic above. Here is what your completed circuit might look like. Sign out Mar 19 7:33 0 OAM acer