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What is the Brewster angle and derive an expression for it?
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Derive the expression of power for a resistor.
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What is Brewster angle and critical angle?
Answer : **Brewster's Angle** and **Critical Angle** are both related to the behavior of light when it passes from one medium into another. Let me explain them simply: ### 1. **Brewster's Angle** - * ... when light travels from a denser to a rarer medium. Let me know if you need any further clarification!...

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What is the difference between Brewster angle and critical angle?

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Derive the expression of line voltage in terms of phase voltage in star connection.

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What is the Brewster angle of water?
Answer : The Brewster angle is the angle at which light with a specific polarization is perfectly transmitted through a transparent material, with no reflection. At this angle, the reflected light is ... to the surface, and the transmission will be maximized for light of the appropriate polarization....

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What is Brewster angle phase?
Answer : The Brewster angle, also known as the polarization angle, is the angle of incidence at which light with a particular polarization is perfectly transmitted through a transparent dielectric surface ... and polarization effects become crucial for understanding how the light interacts with the surface....

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What is Brewster angle independent of?
Answer : The Brewster angle is **independent of the intensity** of light. It only depends on the **refractive indices** of the two media (the medium the light is coming from and the medium it is entering ... , the Brewster angle depends only on the properties of the materials, not on how bright the light is....

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What is the expression for the current in an LR series circuit?
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Define Quality factor and give the expression for the same.

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How do you derive current in an RL circuit?
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How do you find the expression of current in an RL circuit?

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What is the expression of current in an RL circuit?

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What is the expression for the RL circuit?
Answer : In an RL circuit (Resistor-Inductor circuit), the behavior of the circuit is described by a first-order linear differential equation. Depending on whether the circuit is in series or parallel, the equation will be ... L \). Let me know if you'd like more detailed steps on any of these solutions!...

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