Two equilateral triangular parallel plates (Side length=50mm) facing each other experiences a flux of 900Nm^2/C. If a phosphorus nucleus is placed on the positively-charged plate, what is the velocity of the nucleus as it traverses the electric field if the distance between the plates is 60 nm. Assume that the electric field is perpendicular to the triangular plates. Follow this format- Given: Required: Equtions: Solution:
Two equilateral triangular parallel plates (Side length=50mm) facing each other experiences a flux of 900Nm^2/C. If a phosphorus nucleus is placed on the positively-charged plate, what is the velocity of the nucleus as it traverses the electric field if the distance between the plates is 60 nm. Assume that the electric field is perpendicular to the triangular plates. Follow this format- Given: Required: Equtions: Solution:
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4. Two equilateral triangular parallel plates (Side length=50mm) facing each other experiences a flux of 900Nm^2/C. If a phosphorus nucleus is placed on the positively-charged plate, what is the velocity of the nucleus as it traverses the electric field if the distance between the plates is 60 nm. Assume that the electric field is perpendicular to the triangular plates.
Follow this format-
Given:
Required:
Equtions:
Solution:
Answer:
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