Question 1 4 pts A capacitor consists of two metal surfaces separated by an electrical insulator with no electrically conductive path through it. Why does a current flow in a resistor capacitor circuit when the switch is closed? Voltage breakdown occurs at the time the switch is closed. Current flow causes the insulator to become electrically active. Charge builds up on each side of the capacitor creating a potential difference across the capacitor. Holes on one side of the capacitor attract the electrons on the other side of the capacitor. Question 2 How many microseconds does it take for a 0.1/4F charged capacitor to discharge to 2V when connected with a 100 resistor and charged to 3V? 4.05 Question 3 How many microseconds does it take for a 0.14F charged capacitor to discharge to 1V when connected with a 100 2 resistor and charged to 3V? 4.05 Question 4 How does the initial value of the current in an RC circuit depend on the resistance? There is no relationship. It is inversely proportional. It is exponentially related. It is directly related. It is an inverse exponential relationship. Question 5 How does the initial value of the current in an RC circuit depend on the capacitance? It is exponentially related. It is an inverse exponential relationship. There is no relationship. It is directly related. It is inversely related. 4 pts 4 pts 4 pts 4 pts