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Why is the electric field not a vector quantity?
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Is electric field intensity a scalar or vector quantity?

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is electric field a vector quantity ?
Answer : Yes, the electric field is a vector quantity. This means it has both **magnitude** (how strong the field is) and **direction** (the way the field points). The electric field at any point in space ... by **E**, and it is described as having both a direction and a magnitude in a particular space....

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Is magnetic field a vector quantity?
Answer : Yes, the magnetic field is a vector quantity. This means it has both **magnitude** (how strong the field is) and **direction** (which way the field points). The magnetic field is represented by ... magnet). So, the magnetic field's strength and the direction in which it acts make it a vector....

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Why electric field inside a dielectric is not zero?

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Why is electric field intensity a vector?
Answer : The electric field intensity is a vector because it represents both the **magnitude** (strength) and the **direction** of the force that would act on a charged particle placed at a point in space ... the strength and the direction of the force on a charge, making it a full, two-dimensional quantity....

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Why is polarization a vector quantity?
Answer : Polarization is considered a vector quantity because it describes both the direction and magnitude of the electric field oscillations in an electromagnetic wave. To break it down: 1. **Direction**: ... So, because it has both a direction and a magnitude, polarization is a vector quantity....

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Is electric field a vector?
Answer : Yes, the electric field is a vector. This means it has both **magnitude** (how strong it is) and **direction** (which way it points). - The magnitude of the electric field tells you how strong ... charge points **away** from the charge, while for a negative charge, the field points **towards** it....

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Is the electric field a scalar or a vector?
Answer : The electric field is a **vector**. This means it has both a **magnitude** (how strong the field is) and a **direction** (which way the force would push a positive charge). The electric field at a point ... and z directions) and can be represented in vector form as \(\mathbf{E} = (E_x, E_y, E_z)\)....

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Can electric potential be zero when the electric field is not zero?

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What is the relation between current density and electric field in vector form?

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What is the relation between polarization vector and the resultant electric field in the dielectric?

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What is the relation between electric field and vector potential?
Answer : The relationship between the electric field (\(\mathbf{E}\)) and the vector potential (\(\mathbf{A}\)) comes from electromagnetism, specifically from Maxwell's equations in the context ... associated with the magnetic field, and through this relationship, it also influences the electric field....

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What is the relationship between the displacement vector D and electric field strength E?

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What is the relationship between polarization vector and electric field?

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Is electric field intensity scalar or vector?
Answer : Electric field intensity is a **vector** quantity. This means it has both **magnitude** (how strong the field is) and **direction** (which way the field is pointing). The electric field at any point in space ... , - **q** is the test charge. So, in short: **Electric field intensity is a vector**....

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Is voltmeter a vector quantity?
Answer : No, a voltmeter is not a vector quantity. A voltmeter measures the **electric potential difference** (voltage) between two points in a circuit. Voltage is a scalar quantity, meaning it has ... quantity has both magnitude and direction, like velocity or force, which is not the case for voltage....

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Is wind a vector quantity?
Answer : Yes, wind is a vector quantity. A vector has both magnitude (how strong or intense something is) and direction (which way it's going). In the case of wind: - **Magnitude**: This refers to the ... ). So, since wind has both a speed (magnitude) and a direction, it's considered a vector quantity....

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Is stress a vector quantity?
Answer : No, stress is not a vector quantity. Stress is a measure of the internal resistance within a material to deformation, and it is described as a **tensor quantity**. To explain it ... includes normal stresses (forces perpendicular to the surface) and shear stresses (forces parallel to the surface)....

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Is power of lens a vector quantity?
Answer : No, the power of a lens is not a vector quantity. It is a scalar quantity. The power of a lens is defined as the reciprocal of its focal length (P = 1/f), where the focal ... have any direction associated with it, it is considered scalar, meaning it only has magnitude and no directional component....

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Is velocity a vector quantity?
Answer : Yes, velocity is a vector quantity. This means that it has both **magnitude** (how fast something is moving) and **direction** (which way it is moving). For example, if a car is moving at 60 km/h to ... be the speed, a scalar quantity), but 60 km/h **north**. The direction part makes it a vector....

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Is EMF a vector quantity?
Answer : Yes, **electromotive force (EMF)** is a **scalar** quantity, not a vector. Here's why: - EMF refers to the potential difference (or "voltage") created by a source like a battery or a ... current to flow, but it's not associated with a specific direction, which is why it's considered a scalar....

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