Problem 6: If an electron is released, initially at rest at a distance r from a spatially fixed negative point charge, Q, the electron will accelerate and reach a final speed, v, at a very large (infinite) distance from the point charge. What would be the electron's final speed, vo, if instead it were released, initially at rest at a distance r' charge, Q' = 4Q? 7r from a negative point 16 (A) v. (B) v 49 Voo Voo (C) v. (D) v. (E) v. Voo Voo 의2t--2 || || || || ||
Problem 6: If an electron is released, initially at rest at a distance r from a spatially fixed negative point charge, Q, the electron will accelerate and reach a final speed, v, at a very large (infinite) distance from the point charge. What would be the electron's final speed, vo, if instead it were released, initially at rest at a distance r' charge, Q' = 4Q? 7r from a negative point 16 (A) v. (B) v 49 Voo Voo (C) v. (D) v. (E) v. Voo Voo 의2t--2 || || || || ||
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Transcribed Image Text:Problem 6: If an electron is released, initially at rest at a distance r from a spatially fixed
negative point charge, Q, the electron will accelerate and reach a final speed, v, at a very
large (infinite) distance from the point charge. What would be the electron's final speed,
vo, if instead it were released, initially at rest at a distance r'
charge, Q' = 4Q?
7r from a negative point
16
(A) v.
(B) v
49
Voo
Voo
(C) v.
(D) v.
(E) v.
Voo
Voo
의2t--2
|| || ||
|| ||
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