Solve both • The capacitor is initially uncharged. Immediately after theswitch is closed, before any charge has built up on the capacitor,how are the potential differences across resistors Y and Zrelated?· A) JAV,| = |AV2|B) |AVy| > JAVg|C) laVyI < IaV;l• D) The answer can't be determined20• Immediately after the switch is closed, before any charge hasbuilt up on the capacitor, what is true about the current?• 1. The current in resistor Y is zero2. The current in resistor Z is zero· A) Only 1 is true• B) Only 2 is true• C) Both 1 and 2 are true• D) Neither 1 nor 2 is true

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• The capacitor is initially uncharged. Immediately after the switch is closed, before any charge has built up on the capacitor, how are the potential differences across resistors Y and Z related? · A) JAVyI = IAV2| B) JAVYI > IAV2I C) laVyI < IAV2| • D) The answer can't be determined • Immediately after the switch is closed, before any charge has built up on the capacitor, what is true about the current? • 1. The current in resistor Y is zero • 2. The current in resistor Z is zero · A) Only 1 is true • B) Only 2 is true C) Both 1 and 2 are true D) Neither 1 nor 2 is true

• The capacitor is initially uncharged. Immediately after the switch is closed, before any charge has built up on the capacitor, how are the potential differences across resistors Y and Z related? · A) JAVyI = IAV2| B) JAVYI > IAV2I C) laVyI < IAV2| • D) The answer can't be determined • Immediately after the switch is closed, before any charge has built up on the capacitor, what is true about the current? • 1. The current in resistor Y is zero • 2. The current in resistor Z is zero · A) Only 1 is true • B) Only 2 is true C) Both 1 and 2 are true D) Neither 1 nor 2 is true