- #1
Plott029
- 13
- 0
https://www.youtube.com/watch?v= I have a little problem with a formula, that I think it's not ok. It gives to me the result of units of electric potential ([tex]\vec A [/tex]) and velocity [tex]\vec v [/tex]. The result seems to be volts per velocity, and I don't know it there exists this unit, or is a mistake.
In other hand, when i try to develope the units of the magnetic field, if i use [tex]\vec v X \nabla X \vec A [/tex] it gives to me units of diference of potential per unit of time:
[tex]\frac {[L]}{[T} \frac {1}{[L]} \frac {[L]}{[T]} = /[T][/tex]
and using tesla x velocity, it gives different result:
[tex]\frac {[L][M]}{[T]^3 } [/tex]
I don't know what I'm not doing correctly. Could you give me a little help?
Thanks.
In other hand, when i try to develope the units of the magnetic field, if i use [tex]\vec v X \nabla X \vec A [/tex] it gives to me units of diference of potential per unit of time:
[tex]\frac {[L]}{[T} \frac {1}{[L]} \frac {[L]}{[T]} = /[T][/tex]
and using tesla x velocity, it gives different result:
[tex]\frac {[L][M]}{[T]^3 } [/tex]
I don't know what I'm not doing correctly. Could you give me a little help?
Thanks.