Consider the zero potential points resuiting from a point charge Q1=1nC placed at the point (0,36,0)m and another point charge Q2=-0.5nC placed at the point (0,9,0)m. If the point with x=-12.6m, and y= 9 m has zero potential, then z in m has the values in ascending order (i.e, smaller then larger) = and
Consider the zero potential points resuiting from a point charge Q1=1nC placed at the point (0,36,0)m and another point charge Q2=-0.5nC placed at the point (0,9,0)m. If the point with x=-12.6m, and y= 9 m has zero potential, then z in m has the values in ascending order (i.e, smaller then larger) = and
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![Problem 2/2:
Consider the zero potential points resuiting from a point
charge Q1=1nC placed at the point (0,36,0)m and another
point charge Q2=-0.5nC placed at the point (0,9,0)m.
If the point with x=-12.6m, and y= 9 m has zero potential, then
z in m has the values in ascending order (i.e, smaller then
larger) =
and
If the point with \( \theta ) = 66.5° , and \( \phi V =
134.4° has zero potential, then r in m has the value
If the point with 0 =47.5°, and o = 76.8° has zero potential,
then r in m has the value
If the point with 0 =28.5°, and o = 115.2° has zero potential,
then r in m has the value](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3aad0166-4cf9-49b7-9a17-e67e9c798d14%2Ff0a97047-68d5-4d96-93bf-7ebc56baab7f%2F73vrj7g_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 2/2:
Consider the zero potential points resuiting from a point
charge Q1=1nC placed at the point (0,36,0)m and another
point charge Q2=-0.5nC placed at the point (0,9,0)m.
If the point with x=-12.6m, and y= 9 m has zero potential, then
z in m has the values in ascending order (i.e, smaller then
larger) =
and
If the point with \( \theta ) = 66.5° , and \( \phi V =
134.4° has zero potential, then r in m has the value
If the point with 0 =47.5°, and o = 76.8° has zero potential,
then r in m has the value
If the point with 0 =28.5°, and o = 115.2° has zero potential,
then r in m has the value
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