Examples of using Vector quantity in English and their translations into Serbian
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It is a vector quantity.
Why do we say that force is a vector quantity?
That's a vector quantity as well.
In case of more than one space dimension,wavenumber is a vector quantity.
It is the vector quantity.
It is a vector quantity, which means that it has both magnitude and direction.
So it is a vector quantity.
Acceleration is a vector quantity and Force is a vector quantity. .
This is a vector quantity.
The electric field is a vector quantity, and the electric field strength is the magnitude of this vector. .
It too is a vector quantity.
Coulomb figured out that the force between two charges is equal to-- and this is going to be a vector quantity, and in about 30 seconds, I will tell you what happens with the direction-- is equal to some constant times the first charge times the second charge divided by the distance between them squared.
It's also a vector quantity.
That's a vector quantity.
It is also a vector quantity.
And it's also a vector quantity, right?
Because we're dividing a vector quantity by a scalar quantity charge.
Once again, these are vector quantities If I have a positive value here, we are going to make the assumption that it's going to the right.
This can also be expressed in terms of vector field quantities by taking the divergence of Ampère's law with Maxwell's correction and combining with Gauss's law, yielding.
Velocities are directly additive as vector quantities; they must be dealt with using vector analysis.
The relationship between real power, reactive power andapparent power can be expressed by representing the quantities as vectors.
The parts of AC energy is the relationship between actual energy, reactive power andobvious power could be expressed by representing the quantities as vectors.