The diagram below represents an electron being fired at right angles towards a uniform magnetic field acting out of the page. a Copy the diagram and mark on it the continued path you would expect the electron to follow. b Which factors would alter the path radius of the electron as it travels?
The diagram below represents an electron being fired at right angles towards a uniform magnetic field acting out of the page. a Copy the diagram and mark on it the continued path you would expect the electron to follow. b Which factors would alter the path radius of the electron as it travels?
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![The diagram below represents an electron being fired
at right angles towards a uniform magnetic field acting
out of the page.
a Copy the diagram and mark on it the continued
path you would expect the electron to follow.
b Which factors would alter the path radius of the
electron as it travels?
A stream of electrons travels in a straight line through
a uniform magnetic field and between a pair of
charged parallel plates, as shown in the diagram.
3.5 cm
500 V
Calculate the:
a magnitude of the electric field strength between
the plates
b speed of the electrons, given that the magnetic
field is of strength 1.5 x 10 T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F70beab56-a43b-4c48-9bfa-d1f4d172e84f%2Fe6cffd1f-b384-47e4-9131-b4cc9ce749ba%2Fx9wz8bp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The diagram below represents an electron being fired
at right angles towards a uniform magnetic field acting
out of the page.
a Copy the diagram and mark on it the continued
path you would expect the electron to follow.
b Which factors would alter the path radius of the
electron as it travels?
A stream of electrons travels in a straight line through
a uniform magnetic field and between a pair of
charged parallel plates, as shown in the diagram.
3.5 cm
500 V
Calculate the:
a magnitude of the electric field strength between
the plates
b speed of the electrons, given that the magnetic
field is of strength 1.5 x 10 T.
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