★ Is magnitude can be negative, if we represent on Cartesian plan ?? ★
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Answered by
5
hey friend your answer is
Magnitude is a property of a vector and it has to be a positive real number (for the vectors you are familiar with this is probably the length of the vector).
Scalars don't need to be positive. As the name suggests, all they do is scale a vector. You often see real numbers as scalars but even complex numbers can be scalars depending on the vector space they are associated with.
So, magnitude is a positive real number (this doesn't have to be called a scalar, it's simply a positive real number).
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Magnitude is a property of a vector and it has to be a positive real number (for the vectors you are familiar with this is probably the length of the vector).
Scalars don't need to be positive. As the name suggests, all they do is scale a vector. You often see real numbers as scalars but even complex numbers can be scalars depending on the vector space they are associated with.
So, magnitude is a positive real number (this doesn't have to be called a scalar, it's simply a positive real number).
THANKS
I HOPE HELP YOU
Answered by
8
HELLO ☺☺
HERE IS YOUR ANSWER ⬇️⬇️
MAGNITUDE CANNOT BE NEGATIVE BECAUSE IT IS A VECTOR QUANTITY AND MUST BE POSITIVE ALTHOUGH WE REPRESENT IN A CARTESIAN PLAN.
______________________________
HOPE IT WILL HELP YOU ☺☺
HERE IS YOUR ANSWER ⬇️⬇️
MAGNITUDE CANNOT BE NEGATIVE BECAUSE IT IS A VECTOR QUANTITY AND MUST BE POSITIVE ALTHOUGH WE REPRESENT IN A CARTESIAN PLAN.
______________________________
HOPE IT WILL HELP YOU ☺☺
Zaysaa:
Thank u ☺☺
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