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An Electron Enters a Region of Uniform Perpendicular Fields

Question 6

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An electron enters a region of uniform perpendicular An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible fields. It is observed that the velocity An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible of the electron is unaffected. A possible explanation is:


A) An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible is parallel to An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible and has magnitude E/B
B) An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible is parallel to An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible
C) An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible is perpendicular to both An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible and has magnitude B/E
D) An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible is perpendicular to both An electron enters a region of uniform perpendicular fields. It is observed that the velocity of the electron is unaffected. A possible explanation is: A) is parallel to and has magnitude E/B B) is parallel to C) is perpendicular to both and has magnitude B/E D) is perpendicular to both and has magnitude E/B E) the given situation is impossible and has magnitude E/B
E) the given situation is impossible

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