(TCO 2) Resistance is measured in _____. (Points : 7)
(TCO 2) Every component in a parallel circuit, regardless of its resistance value, has the same amount of _____. (Points : 7)
(TCO 2) An R_{1} of 2.2 k ohms and R_{2} of 1.2 k ohms are in parallel across a 15 V source. The total circuit resistance is _____. (Points : 7)
(TCO 2) To determine the Thevenin equivalent resistance, the source voltage is _____. (Points : 7)
(TCO 2) A resistor is connected across a 50 V source. What is the maximum current possible in the circuit if the resistor is color coded at red, orange, orange? (Points :
A 1.5 k ohm resistor is placed across four 1.5 V cells that are connected series aiding. The total current flow is _____. (Points : 7)
(TCO 2) Every component in a series circuit, regardless of its resistance value, has the same amount of _____. (Points : 7)
(TCO 2) The total resistance of a parallel resistor circuit is _____. (Points : 7)
(TCO 2) In a simple circuit, 2 mA flow through a 12 k resistor. The applied voltage is _____. (Points : 7)
(TCO 2) Ten 10 k ohm resistors are connected in series across a 24 V source. The total current through one of the resistors is _____. (Points : 7)
(TCO 2) A 1.2 k ohm resistor is placed across an 18 V source. The minimum acceptable power rating for the resistor is _____. (Points : 7)
(TCO 2) Which is not a characteristic of an open circuit? (Points : 7)
(TCO 2) The current in a circuit with an open circuit _____. (Points : 7)
(TCO 2) The voltage across a faulty shorted component is _____. (Points : 7)
(TCO 2) The resistance of a faulty shorted component is _____. (Points : 7)
(TCO 2) The voltage drop across an open circuit equals _____. (Points : 7)
(TCO 2) A parallel RL circuit has a reactance of 250 and a resistance of 125 . The phase angle of the circuit impedance is _____. (Points : 7)
(TCO 2) The Vp value of a sine wave with Vpp = 4 V is _____. (Points : 7)
(TCO 2) Calculate X_{L} if L = 420 mH and f = 10 kHz. (Points : 7)
(TCO 2) If a series RLC circuit has R = 25 ohm, XL = 50 ohms, and XC = 30 ohms, what will be the total impedance? (Points : 7)
(TCO 2) Period and frequency are _____. (Points : 7)
(TCO 2) For a low pass RC circuit consisting of a 500 ohm resistor and a 20 pF capacitor, the cutoff frequency will be _____. (Points : 7)
(TCO 2) Determine the gain in dB for a filter that has an output power of 4.9 W and an input power of 3.6 mW. (Points : 7)
(TCO 2) A band pass filter is designed to _____. (Points : 7)
(TCO 2) At the critical frequency, the output of a filter is down from its maximum by _____. (Points : 7)