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What is Hall voltage directly proportional to?
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What is hysteresis loss directly proportional to?
Answer : Hysteresis loss is directly proportional to the **frequency of the magnetic field** and the **volume of the material**. More specifically: 1. **Frequency (f)**: As the frequency of ... , material volume, and the area of the hysteresis loop (which reflects the material's magnetic characteristics)....

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Is hysteresis loss directly proportional to area?
Answer : Yes, hysteresis loss is directly proportional to the area of the hysteresis loop. The hysteresis loop represents the relationship between magnetic field strength (H) and magnetic flux density (B) for a ... 's properties (e.g., coercivity, remanence) and the strength of the magnetic field applied....

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What is electric flux directly proportional to?
Answer : Electric flux is directly proportional to: 1. **The electric field strength (E)**: The stronger the electric field, the more flux it produces. 2. **The area (A) through which the field lines pass**: The ... **area (A)**, and **cosine of the angle (θ)** between the electric field and the surface....

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Is resistance directly proportional to area of cross-section?
Answer : No, resistance is **not directly proportional** to the area of the cross-section of a conductor. In fact, it's **inversely proportional** to the cross-sectional area. Here's why: The resistance \( R ... frac{1}{A} \] In simple terms, the larger the area of the conductor, the lower the resistance....

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Is electric flux directly proportional to electric field?

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What is electric polarization directly proportional to?
Answer : Electric polarization (denoted as **P**) is directly proportional to the **electric field (E)** applied to a material. This relationship is often expressed as: \[ P = \chi_e \ ... , this relationship holds mostly for materials with linear properties (such as most dielectrics at moderate fields)....

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What is polarization directly proportional to?
Answer : Polarization is directly proportional to the **electric field**. In simpler terms, the polarization of a material (like a dielectric) increases as the strength of the electric field applied to it ... , but the basic idea is that the more intense the electric field, the greater the polarization....

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Is heat directly or inversely proportional to resistance?

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Is resistance and resistivity directly proportional to temperature?

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Is R directly proportional to length?
Answer : Yes, the resistance \( R \) of a conductor is directly proportional to its length, assuming the material, cross-sectional area, and temperature are constant. This relationship is given by the formula: ... stay the same. So, yes, resistance is directly proportional to the length of the conductor....

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Is resistance directly proportional to resistivity?
Answer : Yes, **resistance** is directly proportional to **resistivity**, but with some conditions. Here's how it works: The resistance \( R \) of a material is given by the formula: ... to resistivity, but the full relationship also involves the physical dimensions (length and area) of the material....

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How to measure Hall voltage?
Answer : Measuring Hall voltage involves determining the voltage difference that develops across a conductor or semiconductor when it is subjected to a magnetic field, with a current passing through it. ... Hall voltage in a given material and derive valuable information about its electrical properties....

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Why is superposition theorem not applicable to directly calculate the power in linear circuits?

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What are eddy current and hysteresis losses proportional to?
Answer : Eddy current and hysteresis losses are two types of energy losses that occur in magnetic materials, particularly in transformers, electric motors, and other devices that involve alternating magnetic fields. ... proportional to the frequency, the magnetic flux density, and the volume of the material....

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Why is the time constant inversely proportional to the resistance?

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What is electric flux density proportional to?
Answer : Electric flux density (often denoted as **D**) is proportional to the electric field (denoted as **E**) and the permittivity of the material (denoted as **ε**). In simple terms: \[ D = \ ... (D)** is directly proportional to both the electric field (E) and the permittivity (ε) of the material....

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What is inversely proportional to the square of the separation distance?

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How is an electric field inversely proportional to the area of a cross section?

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What is inversely proportional to the area of cross section?

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How is an electric field inversely proportional to the area of A cross section?
Answer : An electric field can be thought of as the force per unit charge experienced by a charged particle in the field. The relationship between electric field and area is best understood in the context of ... ). This is why the electric field is inversely proportional to the area of the cross-section....

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What is the electric displacement current through a surface is proportional to?

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What is depletion width inversely proportional to?
Answer : The depletion width in a semiconductor device, such as a diode, is inversely proportional to the **dopant concentration** in the material. Here's why: - The depletion width is the ... the doping concentration. This means that as the doping concentration increases, the depletion width decreases....

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Is polarization proportional to the field in a linear dielectric?

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What is electric polarization proportional to?
Answer : Electric polarization (\( \mathbf{P} \)) is the alignment of electric dipoles in a material when exposed to an electric field. It is proportional to the electric field (\( \mathbf{E} \)) ... is proportional to both the electric field and the material's properties (through \( \chi_e \))....

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What is electric displacement current proportional to?

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Why is polarization proportional to electric field?
Answer : Polarization is proportional to the electric field because, in many materials (especially dielectrics), the presence of an external electric field causes the atoms or molecules to align their electric ... to the electric field**, and the proportionality constant depends on the material's properties....

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What is the minimum voltage for a Hall sensor?
Answer : The minimum voltage for a Hall sensor can vary depending on the specific model and its application. However, most Hall effect sensors typically require a supply voltage (Vcc) in the range of **3V to ... using to find its required voltage range, as it can differ based on the type and manufacturer....

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What causes Hall voltage?
Answer : Hall voltage is caused by the interaction between a current-carrying conductor (like a metal or semiconductor) and a magnetic field that is applied perpendicular to the current flow. Here's a ... , causing a potential difference to build up perpendicular to both the current and the magnetic field....

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What is the Hall voltage of a metal?
Answer : The Hall voltage is the voltage that develops across a conductor when it carries an electric current and is placed in a magnetic field. It arises due to the magnetic force acting on the moving ... so the Hall voltage will give us insights into how the electrons are behaving in a magnetic field....

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What is the voltage of the Hall effect speed sensor?

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