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| The ease with which current flows through a circuit is called ______________ |
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| The unit of measurement for conductance is the ____________ |
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| Conductance is the reciprocal of a________________. |
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| _______equals 1,000 times the base unit. |
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| __________equals 1,000,000 times the base unit |
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| ________equals 1,000,000,000 times the base unit. |
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| ____________equals 1,000,000,000,000 times the base unit |
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| Ten to the negative 3rd power is _____________ of the base unit. |
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| Ten to the negative 6th power is _____________of the base unit. |
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| Ten to the zero power is ____. |
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| ___________is the metric prefix used with ten to the negative 3rd power. |
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| ___________is the metric prefix used with ten to the negative 6th power. |
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| _________is the metric prefix used with ten to the negative 9th power. |
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| ____________is the metric prefix used with ten to the negative 12th power. |
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| There are ______________in 0.000 025 amps. |
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| There are _______________in 0.000 000 025 amps. |
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| There are ___________________ in 0.000 000 000 025 amps. |
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| There are ___________in 0.12 amps. |
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| A million volts is equal to ___________ kilovolts. |
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| The abbreviation for ___________is "M" |
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| The abbreviation for _______is "u" (Greek letter mu). |
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| The abbreviation for ______is “n” (lowercase n). |
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| The more ____________ a material, the lower its physical resistance. |
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| The larger the cross-sectional area of a material, the _____________its resistance. |
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| With a _____________ temperature coefficient, as the temperature of the metal conductor increases so does the resistance. |
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| The ___________ the American Standard Wire Gauge (AWG) number, the larger the wire’s current-handling capability |
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| The smaller the American Standard Wire Gauge (AWG) number, the ___________the resistance for a given number of feet of wire. |
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| For every ______________American Standard Wire Gauge (AWG) size increases, the current-handling capability will be cut in half. |
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| A _____________resistor can be adjusted to any resistance up to the value of the resistor. |
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| A resistor with a color band of _________________ is equal to 2.2 kilohms with a +/– 10% tolerance |
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| To measure current with an __________, you would break the circuit and place the meter where you broke the circuit, being sure to observe polarity |
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| ______________measurements must be taken with power in the circuit turned off. |
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| To measure current with a digital meter, you place the meter within the ____________path |
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| _______________show the electrical connections of the circuit. |
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| When working with _________________, work with only one hand at a time to prevent electrical shock. |
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| When certain metals are cooled to almost _______________, virtually all of their resistance to current flow disappears. |
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| The resistance of a superconducting material is near _____________ohms. |
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| _______________ only occurs in a given type of metal at temperatures below some critical temperature. |
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| The study and production of very cold temperatures is called _________________. |
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| Some __________materials lose most of their resistance to current flow at temperatures considerably higher than absolute zero. |
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| Surface mount resistors are often referred to as "_________" resistors. |
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| Precision resistors often use a ______-band color code. |
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| The first _______bands on a precision resistor indicate the resistance value of the resistor. |
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| A _______fifth band on a precision resistor indicates a tolerance value of +/– 2%. |
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| A ______fifth band on a precision resistor indicates a tolerance value of +/– 0.25%. |
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| A _______fifth band on a precision resistor indicates a tolerance value of +/– 0.5%. |
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| A _______fifth band on a precision resistor indicates a tolerance value of +/– 0.1%. |
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| The letter _____signifies a 20% tolerance. |
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| The letter ____signifies a 10% tolerance. |
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| The letter ____ signifies a 5% tolerance. |
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| The letter _____ signifies a 1% tolerance. |
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| A resistor with the color code Brown, Black, and Red is equal to 1,000 ohms, _____ %. |
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| A resistor with the color code Brown, Black, and Gold is equal to ________ _____ |
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| One millionth of the base unit would use the metric prefix: |
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| ____ would NOT increase the resistance of the wire. |
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| The fifth band in a precision resistor represents the: |
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| As their operating temperature is increased, the resistance of most metal conductors: |
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| The principle that describes how certain materials, when cooled to near absolute zero, lose nearly all electrical resistance is called: |
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| The resistance of a superconducting material is ____. |
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| Surface mount resistors are useful in compact equipment due to: |
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| Surface mount resistors have power ratings of 1/8 to ____ watt(s). |
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| Surface mount resistors are constructed by depositing a layer of carbon on a: |
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| directly to the conductive paths of a circuit board |
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Definition
| The leads of a surface mount resistor are soldered: |
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| A green fifth band on a precision resistor indicates a tolerance value of +/– : |
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| violet fifth band on a precision resistor indicates a tolerance value of +/– : |
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| A surface mount "chip" resistor is marked with the three-digit code 221. The resistance value is: |
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| A surface mount "chip" resistor is marked with the three-digit code 333. The resistance value is: |
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| A resistor in a circuit has the numerical code 2222K. The resistance value is: |
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| A resistor has a color code of Brown, Black, Violet, and Silver. The value and tolerance of the resistor |
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Definition
| A resistor has a color code of Brown, Black, Gold, and Gold. The value and tolerance of the resistor is: |
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| A resistor has a color code of Brown, Black, Black, and Silver. The value and tolerance of the resistor is: |
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| A circuit consists of a six-volt lantern battery and a resistor that is color-coded Brown, Brown, Brown, Brown, and Brown. What is the value of the resistor? |
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