Category: LM25

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LM25

LM25 Calculators and Collections

LM25 Equations

Amount of power dissipated vCollections Use Equation
Angular Frequency vCollections Use Equation
Angular Frequency of Oscillating Spring vCollections Use Equation
Current vCollections Use Equation
Current using angular velocity vCollections Use Equation
Current using capacitance vCollections Use Equation
Current using Capacitance and Voltage vCollections Use Equation
Current using Charge and Resistance vCollections Use Equation
Current using the Impedance of a Capacitor vCollections Use Equation
Energy in a Spring vCollections Use Equation
Energy of a Capacitor vCollections Use Equation
Energy stored in an inductor vCollections Use Equation
Friction Force vCollections Use Equation
Impedance of a capacitor vCollections Use Equation
Impedance of an Inductor vCollections Use Equation
Inductor's Energy (2') vCollections Use Equation
Oscillation Period $(L C)$ $(LC)$ vCollections Use Equation
Oscillator's Energy (2) vCollections Use Equation
Power dissipated by friction vCollections Use Equation
Power dissipated by friction using force vCollections Use Equation
Quantity of charge vCollections Use Equation
Rate of heat dissipation in resistor vCollections Use Equation
Spring Oscillation Period vCollections Use Equation
Voltage across a Capacitor vCollections Use Equation
Voltage using angular velocity vCollections Use Equation
Voltage using Current and Time vCollections Use Equation
$L = \frac{1}{C ω^{2}}$ $L=1/(Comega^2)$ vCollections Use Equation

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