consists of crossed electric and magnetic fields and velocity of 10° m/s (E 1 B). The value of the magnetic field in region I is 5 T. (a) What is the value of the Electric field in region I? (b)The ion then enters region II with the same velocity it had in region I. The magnetic field in region II is 8 T Find the radius of its path taken by the charge in region II. X Figure 1 х х +++++++++ +++++- Region I X. Region II
consists of crossed electric and magnetic fields and velocity of 10° m/s (E 1 B). The value of the magnetic field in region I is 5 T. (a) What is the value of the Electric field in region I? (b)The ion then enters region II with the same velocity it had in region I. The magnetic field in region II is 8 T Find the radius of its path taken by the charge in region II. X Figure 1 х х +++++++++ +++++- Region I X. Region II
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Transcribed Image Text:1. A singly ionized charge, mass equal to 2•10-2 kg, travels undeflected through region which
consists of crossed electric and magnetic fields and velocity of 10° m/s (E 1 B). The value of the
magnetic field in region I is 5 T.
(a) What is the value of the Electric field in region I?
(b)The ion then enters region II with the same velocity it had in region I. The magnetic field in
region II is 8 T Find the radius of its path taken by the charge in region II.
X
X
X
X
X.
Figure 1
X
X
X
++++++++++++++-
Region I
X
X
X
Region II
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