'Applied voltage v' diaporamas de présentation

ENE 451

ENE 451. Fundamental of Optical Engineering Lecture 8. Example of polarizations. A linearly polarized plane wave with ? vector described by

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Basic Electric Circuits & Components

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Ionization

Ionization. Measuring Ions. A beam of charged particles will ionize gas. Particle energy E Chamber area A An applied field will cause ions and electrons to separate and move to charged plates. Applied voltage V Measured current I. I. +. E. A. -. V.

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Ohm's Law and Resistors in Series and in Parallel

Ohm's Law and Resistors in Series and in Parallel. Presented by Mahmud AbdurRahman & Nazim Uddin Physics 2.3 honor Class DR. Roman Kezerashvili. Objectives:. 1. Verify law by observing the dependence of the electric current as a function of voltage and as a function of resistance.

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Detectors

Detectors. Measuring Ions. A beam of charged particles will ionize gas. Particle energy E Chamber area A An applied field will cause ions and electrons to separate and move to charged plates. Applied voltage V Measured current I. I. +. E. A. -. V. Cylindrical Chamber.

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Power Factor

Power Factor. The power factor (i-e.cos fi ) of a circuit can be defined in one of the following ways: Power factor= Cos fi = ciosine of angle b/w V & I Power factor = R / Z = Resistance / Impedance Power Factor = VI cos fi / VI = True power / Apparent power

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