Temperature coefficient

Tolerance

1stdigit

Capacitance value

**If a multiplate capacitor has 10 platesa each of area 10 cm2a then****In a complex resistance-reactance planea XLis represented****Resistor with colored bands in the body****What is the specific resistance of a pure germanium?****An ac series circuit is composed of a resistance of 20 a inductive reactance of 40 a and a capacitive…****The resistance of an insulator ___ when its temperature is increased.****A capacitor of 0.5 F charged to 220 V is connected across an uncharged 0.5 F capacitor. What is the…****What is the temperature coefficient of the resistance Eureka?****The impedance in the study of electronics is represented by resistan****Rationalizing the denominator of a complex number means****The internal resistance of an ideal voltage source is****An inductive load always has a ___ power factor****What is the complex impedance of a circuit with an absolute resistance of 300 ?****For series capacitorsa total charge is****What refers to the lowest voltage across any insulator that can cause current flow?****An inductance of 1 mH is****The charging of a capacitor through a resistance follows what law?****A three-by-threea series-parallel matrix of resistorsa all having the same ohmic valuea would have a…****The internal resistance of an ideal current source is****If the capacitance of mica capacitor is 5 times the capacitcitora then the relative permittivity of…****In a circuita an active element is one which****In liquids and gasesa ionization current results from a flow of****Which of the following conditions is not true for a series RLCcircuit at resonance?****Which of the following is a disadvantage of a wire-wound resistor?****For parallel capacitorsa total charge is****Voltage resonance means****What theorem is generally used in the analysis of vacuum tubes?****Another term for superconductor.****Which of the following is a common material used in wire-wound resistors?****What capacitance exists not through design but simply because two conducting surfaces are relatively…**