Examples of using Vector quantity in English and their translations into German
{-}
-
Colloquial
-
Official
-
Ecclesiastic
-
Medicine
-
Financial
-
Ecclesiastic
-
Political
-
Computer
-
Programming
-
Official/political
-
Political
This isn't a vector quantity.
It also makes sense because the velocity itself is a vector quantity.
A vector quantity has two characteristics, a magnitude and a direction.
So, this right here is a vector quantity.
Sound pressure and the vector quantity v(sound velocity) as a sound field quantity. .
Recall that acceleration is a vector quantity.
It is a vector quantity that is a measure(quantity) of a mechanical body movement.
But velocity- once again- is a vector quantity.
However, as a vector quantity, acceleration is also the rate at which direction changes.
Force has both magnitude and direction, making it a vector quantity.
A vector quantity that specifies direction and magnitude of the force in our magnetic field.
You have to give the direction for it to be a vector quantity.
Angular momentum is a vector quantity, which is to rotational motion what the momentum is to linear motion.
The arrow isn't a direction... it just tells you that it is a vector quantity.
Magnetic flux density is a vector quantity(B), resulting in a force that acts on moving charges, it is expressed in teslas T.
So the acceleration, and once again, acceleration 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.
So you can say its displacement.and the letter for displacement is"s". and that its a vector quantity.
If your Tactical Force Vector is 15(Fifteen)units and you come across an opponent with a vector quantity 7(seven) units, the, If you take, you will have 8(eight) units of force.
Because we care whether it's going counterclockwise or clockwise,so we're going to end up with a vector quantity, right?
And just to verify this with our definition of acceleration, so to speak, just remember acceleration,which is a vector quantity, and all the directions we're talking about now are in the direction of this direction of the runway.
When comparing two vector quantities of the same type, you have to compare both the magnitude and the direction.