4. Consider the diagram. Find the position x of the mass m such that the system is horizontal and balanced. Also for what value of h would there exist no force of the pivot on the rod? The fulcrum is at the midpoint of the rod. There is only a force of gravity on the hanging mass, not on the rod or the charges. Ignore the two coulomb forces that are diagonal.
4. Consider the diagram. Find the position x of the mass m such that the system is horizontal and balanced. Also for what value of h would there exist no force of the pivot on the rod? The fulcrum is at the midpoint of the rod. There is only a force of gravity on the hanging mass, not on the rod or the charges. Ignore the two coulomb forces that are diagonal.
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![4. Consider the diagram. Find the position x of the mass m such that the system is horizontal
and balanced. Also for what value of h would there exist no force of the pivot on the rod? The
fulcrum is at the midpoint of the rod. There is only a force of gravity on the hanging mass, not
on the rod or the charges. Ignore the two coulomb forces that are diagonal.
X=?
+2g
tQ
+Q](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7099a89f-ff78-4460-aaa6-aee325a98760%2Fe8d355cf-5f0c-4c01-9d61-06a52d473bb8%2Flmn5av6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. Consider the diagram. Find the position x of the mass m such that the system is horizontal
and balanced. Also for what value of h would there exist no force of the pivot on the rod? The
fulcrum is at the midpoint of the rod. There is only a force of gravity on the hanging mass, not
on the rod or the charges. Ignore the two coulomb forces that are diagonal.
X=?
+2g
tQ
+Q
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