Completion
Complete each
statement.
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1.
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An electrical source is a device that is capable of converting nonelectric
energy to electric _______ and vice verse.
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2.
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Using an ideal model for current and voltage sources places an important
_________ on how we may describe them mathematically.
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3.
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You cannot specify the value of a dependent source unless you know the value of
the voltage or _________ on which it depends.
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4.
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An active element is one that models a device capable of __________ electric
energy.
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5.
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Passive elements model _________ devices that cannot generate electric
energy.
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6.
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The reciprocal of the resistance is referred to as __________, is symbolized by
the letter G, and is measured in siemens (S).
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7.
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The two extreme values have the descriptive names short circuit (R=0) and
________ circuit (R=  ).
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Matching
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a. | resistance | g. | series | b. | Kirchoff’s voltage
law | h. | dependent | c. | ideal current source | i. | ideal voltage source | d. | node | j. | Kirchoff’s current law | e. | closed path | k. | resistor | f. | independent | l. | Ohm’s Law |
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8.
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Maintains a prescribed voltage regardless of the current in the device.
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9.
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Maintains a prescribed current regardless of the voltage across the
device.
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10.
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Not influenced by any other current or voltage in the circuit.
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11.
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Determined by some other current or voltage in the circuit.
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12.
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Constrains its voltage and current to be proportional to each other.
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13.
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Measured in Ohms
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14.
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Establishes the proportionality of voltage and current in a resistor.
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15.
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A point where two or more circuit elements join.
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16.
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When two elements form to connect a node, they are said to be in
________.
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17.
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A loop traced through connecting elements, starting and ending at the same
node.
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18.
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The algebraic sum of all the currents at any node in a circuit equals
zero.
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19.
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The algebraic sum of all of the voltages around any closed path in a circuit
equals zero.
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