Older televisions display a picture using a device called a cathode ray tube, where electrons are emitted at high speed and collide with a phosphorescent surface, causing light to be emitted. The paths of the electrons are altered by magnetic fields. Consider one such electron that is emitted with an initial velocity of 1.85 x 107 m/s in the horizontal direction when magnetic forces deflect the electron with a vertically upward acceleration of 5.35 x 1015 m/s². The phosphorescent screen is a horizontal distance of 5.6 cm away from the point where the electron is emitted. (a) How much time does the electron take to travel from the emission point to the screen? S (b) How far does the electron travel vertically before it hits the screen? cm
Older televisions display a picture using a device called a cathode ray tube, where electrons are emitted at high speed and collide with a phosphorescent surface, causing light to be emitted. The paths of the electrons are altered by magnetic fields. Consider one such electron that is emitted with an initial velocity of 1.85 x 107 m/s in the horizontal direction when magnetic forces deflect the electron with a vertically upward acceleration of 5.35 x 1015 m/s². The phosphorescent screen is a horizontal distance of 5.6 cm away from the point where the electron is emitted. (a) How much time does the electron take to travel from the emission point to the screen? S (b) How far does the electron travel vertically before it hits the screen? cm
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter26: Electromagnetism
Section: Chapter Questions
Problem 1STP
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![Older televisions display a picture using a device called a cathode ray tube, where electrons are emitted at high speed and collide with a
phosphorescent surface, causing light to be emitted. The paths of the electrons are altered by magnetic fields. Consider one such electron that
is emitted with an initial velocity of 1.85 x 107 m/s in the horizontal direction when magnetic forces deflect the electron with a vertically upward
acceleration of 5.35 x 1015 m/s². The phosphorescent screen is a horizontal distance of 5.6 cm away from the point where the electron is
emitted.
(a) How much time does the electron take to travel from the emission point to the screen?
S
(b) How far does the electron travel vertically before it hits the screen?
cm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff87f1e2f-d518-435a-8ae2-1b8cba18ff27%2F8fd77437-be24-4a0b-84a8-0c0e779329ac%2F8eq99hc_processed.png&w=3840&q=75)
Transcribed Image Text:Older televisions display a picture using a device called a cathode ray tube, where electrons are emitted at high speed and collide with a
phosphorescent surface, causing light to be emitted. The paths of the electrons are altered by magnetic fields. Consider one such electron that
is emitted with an initial velocity of 1.85 x 107 m/s in the horizontal direction when magnetic forces deflect the electron with a vertically upward
acceleration of 5.35 x 1015 m/s². The phosphorescent screen is a horizontal distance of 5.6 cm away from the point where the electron is
emitted.
(a) How much time does the electron take to travel from the emission point to the screen?
S
(b) How far does the electron travel vertically before it hits the screen?
cm
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