- #1
moonlight13
- 22
- 0
hi
i don't know if this has been posted or not but i am sort fo stuck on this one
What is the force F_vec on the 1 nC charge at the bottom? View Figure
Write your answer as two vector components, separated by a comma. Express each component numerically, in Newtons, to three significant figures.
the figure looks like this
attempt to this problem:
i found out the forces individually and added them together .. but it didnt work
x-component:
6nC = 0
2nC = 5.09 x 10[tex]^{-5}[/tex] each
y-component:
6nC = 2.16 x 10[tex]^{-5}[/tex]
2nc = 5.09 x 10[tex]^{-5}[/tex] each
when i add them: 1.02 x 10 [tex]^{-5}[/tex] [tex]\hat{x}[/tex] , 7.76 x 10[tex]^{-5}[/tex] [tex]\hat{y}[/tex]
but that was wrong.. i also tried the x-comp to be 0 .. but that was wrong too
thanx in advance for the help
i don't know if this has been posted or not but i am sort fo stuck on this one
What is the force F_vec on the 1 nC charge at the bottom? View Figure
Write your answer as two vector components, separated by a comma. Express each component numerically, in Newtons, to three significant figures.
the figure looks like this
attempt to this problem:
i found out the forces individually and added them together .. but it didnt work
x-component:
6nC = 0
2nC = 5.09 x 10[tex]^{-5}[/tex] each
y-component:
6nC = 2.16 x 10[tex]^{-5}[/tex]
2nc = 5.09 x 10[tex]^{-5}[/tex] each
when i add them: 1.02 x 10 [tex]^{-5}[/tex] [tex]\hat{x}[/tex] , 7.76 x 10[tex]^{-5}[/tex] [tex]\hat{y}[/tex]
but that was wrong.. i also tried the x-comp to be 0 .. but that was wrong too
thanx in advance for the help