What is the magnitude of the x- component and y-component ofof the total electric field at point P y L/2 Q d There is a thin uniformly charged rod lies along the y-axis. Unlike previous examples discussed in class, this rod only spans from y = 0 to y=L/2. The total charge of the rod is Q = 2.7 × 10-11 C, d = 2.0 cm, and L = 4.0 cm χ
What is the magnitude of the x- component and y-component ofof the total electric field at point P y L/2 Q d There is a thin uniformly charged rod lies along the y-axis. Unlike previous examples discussed in class, this rod only spans from y = 0 to y=L/2. The total charge of the rod is Q = 2.7 × 10-11 C, d = 2.0 cm, and L = 4.0 cm χ
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y
L/2
Q
d
There is a thin uniformly charged rod lies
along the y-axis. Unlike previous examples
discussed in class, this rod only spans from
y = 0 to y=L/2. The total charge of the
rod is Q = 2.7 × 10-11 C, d
= 2.0 cm, and
L = 4.0 cm
χ"
Transcribed Image Text:What is the magnitude of the x- component and y-component ofof the total electric field at point P
y
L/2
Q
d
There is a thin uniformly charged rod lies
along the y-axis. Unlike previous examples
discussed in class, this rod only spans from
y = 0 to y=L/2. The total charge of the
rod is Q = 2.7 × 10-11 C, d
= 2.0 cm, and
L = 4.0 cm
χ
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