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Four infinite planes intersect each other forming a tetrahedron. Three 5. adjacent edges meeting on the vertex O of the tetrahedron are of equal length I and the face opposite to the vertex O is an equilateral triangle of edge b. Each plane is uniformly charged with positive surface charge density o. A particle of mass m and positive charge q is held at rest within the tetrahedron on the line of symmetry through the vertex O at distance d from the lower face as shown in the figure. For better readability, complete planes are not shown. With what speed will the particle collide with the tetrahedron, after it is released? Consider that the charges on the planes remain immobile and neglect gravity. d

Four infinite planes intersect each other forming a tetrahedron. Three 5. adjacent edges meeting on the vertex O of the tetrahedron are of equal length I and the face opposite to the vertex O is an equilateral triangle of edge b. Each plane is uniformly charged with positive surface charge density o. A particle of mass m and positive charge q is held at rest within the tetrahedron on the line of symmetry through the vertex O at distance d from the lower face as shown in the figure. For better readability, complete planes are not shown. With what speed will the particle collide with the tetrahedron, after it is released? Consider that the charges on the planes remain immobile and neglect gravity. d

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21Eoh aut . Four infinite planes intersect each other forming a tetrahedron. Three adjacent edges meeting on the vertex O of the tetrahedron are of equal length I and the face opposite to the vertex O is an equilateral triangle of edge b. Each plane is uniformly charged with positive surface charge density o. A particle of mass m and positive charge q is held at rest within the tetrahedron on the line of symmetry through the vertex O at distance d from the lower face as shown in the figure. For better readability, complete planes are not shown. With what speed will the particle collide with the tetrahedron, after it is released? Consider that the charges on the planes remain immobile and neglect gravity. d b.
Transcribed Image Text:21Eoh aut . Four infinite planes intersect each other forming a tetrahedron. Three adjacent edges meeting on the vertex O of the tetrahedron are of equal length I and the face opposite to the vertex O is an equilateral triangle of edge b. Each plane is uniformly charged with positive surface charge density o. A particle of mass m and positive charge q is held at rest within the tetrahedron on the line of symmetry through the vertex O at distance d from the lower face as shown in the figure. For better readability, complete planes are not shown. With what speed will the particle collide with the tetrahedron, after it is released? Consider that the charges on the planes remain immobile and neglect gravity. d b.
ips ike oqd V41-6 me V3 <l<b Hit the bottom Stays Immobile b/3 Hit the top corner mɛ V412 -b 3. 2.
Transcribed Image Text:ips ike oqd V41-6 me V3 <l<b Hit the bottom Stays Immobile b/3 Hit the top corner mɛ V412 -b 3. 2.
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