A small device that stores a small amount of charge and is typically used to filter frequencies., Switch, Battery, Disc Capacitor, Electrolytic Capacitor, A disc comprised of two dissimilar metals that produces a high pitched sound and is usually used as a siren or audible indicator., Piezo speaker, Pushbutton, Capacitor, Resistor, Light sensitive resistor, Resistor, LED, Capacitor, Speaker, CDS cell, An electromagnetic controlled switch, Relay, Electromagnet, Integrated Circuit (IC), Transformer, Circuits that has predictable functionality on a silicon substrate, Relay, Connector, Integrated Circuit (IC), Transformer, What happens when a fuse melts?, The circuit blows up, The circuit stops working, thje circuit catches fire  , The circuit catches fire, Carbon device that slows current flow, 21k ohms (21,000 ohms), 33k ohms (33,000 ohms), 22k ohms (22,000 ohms), 17k ohms (17,000 ohms), Carbon device that slows current flow, 1,000 ohms, 2,000 ohms, 3,000 ohms, Carbon device that slows current flow, 22,000 ohms, 220 ohms, 32,000 ohms, What is the total resistance for 3 resistors in series for the following resistors? 250,500, and 750, 500 ohms, 2,000 ohms, 1,500 ohms, 200 ohms, What is the total resistance for 3 resistors in parallel for the following resistors? 200,200, and 400 ohms, 80 ohms, 800 ohms, 200 ohms, 100 ohms, Use to prototype circuits, Battery, Breadboard, Controller, Switch, What is this device?, Solenoid, Button, Relay, Fuse, This device is used as a mechanical sensor to detect anything that contacts it., Selector switch, Pushbutton Switch, DIP switch, Limit switch, This device acts as multiple switches, Selector switch, Limit switch, Pushbutton switch, DIP (dual inline) switch, A switch used to select operating modes in a circuit, Pushbutton switch, Limit switch, Selector switch, DIP (dual inline) switch, What is the formula for power?, P = IV, P = V/I, P = I/V, P = IVR, A device that is made to measure properties of electricity, Voltmeter, Ammeter, Multimeter, Ohmmeter, How do we measure AC voltage with a multimeter?, Power on, across component, set to AC, Power off, across component, set to AC, Power on, across component, set to DC, Power off, across component, set to DC, How do we measure DC voltage with a multimeter?, Power on, across component, set to AC, Power off, across component, set to AC, Power on, across component, set to DC, Power off, across component, set to DC, How do we measure resistance with a multimeter?, Power on, across component, set to AC, Power off, across component, set to AC, Power on, across component, set to DC, Power off, across component, set to DC, Power off, across component (out of circuit), set to Ohms, How do we measure continuity with a multimeter?, Power on, across component, set to AC, Power off, across component, set to AC, Power on, across component, set to DC, Power off, in series, set to continuity .))), Which circuit state means the circuit is on?, Switch Open, Switch Closed, Both, Neither, Which circuit state means the circuit is off?, Switch Open, Switch Closed, Both, Neither, This device provides continuous DC power to a circuit?, Battery, AC outlet, Capacitor, Inductor, This device displays a continuous voltage waveform over time, Oscilloscope, Multimeter, Computer, Power supply, This device provides power to a circuit for long periods of time., Power Supply, Oscilloscope, Computer, Multimeter, The direction of the flow of current prior to the scientific explanation (Conventional current), From positive to negative, From negative to positive, Negative to Negative, Positive to Positive, The direction of the flow of current as defined by scientific (Electron flow), From positive to negative, From negative to positive, Negative to Negative, Positive to Positive, PN semiconductor that allows current to flow in only one direction, Diode, Relay, Amplifier, Sensor, PN semiconductor that allows current to flow in only one direction, Diode, Relay, Amplifier, Sensor, Defines the peak voltage of a sine wave, Amplitude, Period, Frequency, Defines the number of cycles per second (c/s - variations) of voltage of a sine wave, Amplitude, Period, Frequency, Defines the number of seconds per cycle (s/c - variations) of voltage of a sine wave, Amplitude, Period, Frequency, The following resistor has a gold band for tolerance. What is the tolerance for this resistor?, 5 %, 10 %, 20 %, The following resistor has a silver band for tolerance. What is the tolerance for this resistor?, 5 %, 10 %, 20 %, Power is defined as P = I*V or I^2 * R. How do we make sure that a resistor can handle the power through it?, By the color of the resistor, By the size of the resistor, The manufacture of the resistor.

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