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Is electric field intensity a scalar or vector quantity?
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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 electric potential intensity a scalar or vector?

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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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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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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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Is electric flux scalar or vector?
Answer : Electric flux is a **scalar** quantity. Although it is related to the electric field (which is a vector), electric flux itself is not a vector. It is defined as the product of the ... it is a dot product between two vectors. It represents the amount of electric field passing through a surface....

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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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Is impulse a scalar or a vector?
Answer : Impulse is a **vector** quantity. ### Here's why: Impulse is defined as the change in momentum of an object, and momentum is a vector because it has both **magnitude** and **direction**. The formula ... * (scalar), it's a quantity that also tells you **which way** the object was pushed or pulled....

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Is position a vector or scalar?
Answer : Position is a **vector**. In physics, position refers to the location of an object in space, and it is described by both a magnitude (how far it is from a reference point) and a direction (the way to reach ... your location, like (3, 4), where "3" is the x-coordinate and "4" is the y-coordinate....

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