Two resistors are connected to a battery as shown. Find the unknown resistance. You can read component values by placing the mouse cursor over a component. Start.
Three resistors are connected to a battery as shown. How much current is flowing from the battery? You can read component values by placing the mouse over a component. Start.
A variable resistor, Rl, is connected to a battery consisting of an emf and an unknown internal resistance, Rx. Find the unknown resistance. You can vary the load resistance using the slider. Start.
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A variable resistor, RL, is connected to a battery consisting of an emf and an unknown internal resistance, Rx. Find the unknown resistance. You can vary the load resistance using the slider. Start.
Can you tell if the switch is open or closed? Place your mouse on a component to measure values. Start.
Three identical light bulbs are connected as shown but one light bulb is burned out. Which bulb is it? You can read component values by placing the mouse over a component. Start.
Three identical light bulbs and a switch are connected as in figure 19-7 in Giancoli. The open switch readings are correct but only one of 4 possible sets of values is correct with the switch closed. Which set of readings is correct? You can read values by placing the mouse over a component.
Start with an open switch.
Four identical resistors are connected as shown. You can read values by placing the mouse on a circuit element. Which set of readings is correct?
What will happen to the ammeter and voltmeter readings when the switch is closed? Start.
How long has the capacitor been charging? Assume that the capacitor was completely discharged the instant the switch was closed. You can read component values by placing the mouse over a component. Start.
The circuit above is programmed to display values at 10 ms, 20 ms, 20, and 40 ms after the switch is closed. You may read these values by resting the mouse cursor on the component Find the value of the capacitor.
