cos 0 = adj %3D ble hyp 4.00 m 93 3.00 0=37.0 opp hyp sin 0 = AA-- -5.00 m-

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e/1FAlpQLSe7JBxbjYrp04td6JfNSiU2ZCgZ2s6iCZUut8eB6C5K8KReMA/viewform?hr_submission=Ch
0=37.0
adj
cos 0 =
4.00 m
ble hyp
3.00 m
0=37.0
opp
5.00 m
sin 0 =
hyp
Find the components in X and Y for each electrical force (F3,1) & (F3,2)
Your answer
Transcribed Image Text:e/1FAlpQLSe7JBxbjYrp04td6JfNSiU2ZCgZ2s6iCZUut8eB6C5K8KReMA/viewform?hr_submission=Ch 0=37.0 adj cos 0 = 4.00 m ble hyp 3.00 m 0=37.0 opp 5.00 m sin 0 = hyp Find the components in X and Y for each electrical force (F3,1) & (F3,2) Your answer
The Superposition Principle
Sample Problem B Consider three point charges at the
corners of a triangle, as shown below, where q,-6.00 x 10-9C,
-2.00 x 10C, and q, 5.00 x 10-9C. Find the magnitude
nd direction of the resultant force on q,-
1 ANALYZE
Define the problem, and Identify the known variables.
Given:
= +6.00 x 10-9C
3D3.00 m
=-2.00 x 10-9C
=D4.00 m
32=
= 5.00 m
9, = +5.00 x 10-9C
0=37.0
adj
cos 8-
4.00 m
hyp
Transcribed Image Text:The Superposition Principle Sample Problem B Consider three point charges at the corners of a triangle, as shown below, where q,-6.00 x 10-9C, -2.00 x 10C, and q, 5.00 x 10-9C. Find the magnitude nd direction of the resultant force on q,- 1 ANALYZE Define the problem, and Identify the known variables. Given: = +6.00 x 10-9C 3D3.00 m =-2.00 x 10-9C =D4.00 m 32= = 5.00 m 9, = +5.00 x 10-9C 0=37.0 adj cos 8- 4.00 m hyp
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