4. Two infinite line charges, both positively charged with a uniform linear charge density of 10 micro Coulombs per meter, lie in planes that are parallel to the xy plane. They are separated from one another by 1 meter in the z direction. What is the force (per meter) between the two if they are parallel to one another? b. What is the total force between the two if they are perpendicular to one another? а.

4. Two infinite line charges, both positively charged with a uniform linear charge density of 10 micro Coulombs per meter, lie in planes that are parallel to the xy plane. They are separated from one another by 1 meter in the z direction. What is the force (per meter) between the two if they are parallel to one another? b. What is the total force between the two if they are perpendicular to one another? а.

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Question

4. Two infinite line charges, both positively charged with a uniform linear charge density of 10
micro Coulombs per meter, lie in planes that are parallel to the xy plane. They are separated
from one another by 1 meter in the z direction.
What is the force (per meter) between the two if they are parallel to one another?
b. What is the total force between the two if they are perpendicular to one another?
а.

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