Q-4 A point charge (its charge is q= 10-8 C and mass is m=2x109 kg) moving in the plane of the page has a velocity of v=70 m/s. A magnetic field of magnitude 0000Ο 00000 2m B-1T is directed out of the page. A charge enters the magnetic field with its velocity vector at an angle of 70° to the linear boundary of the field as shown in figure. 20m 70°|000 Find: a) At which coordinates and at what angle it leaves the field. b)If the speed of the charge were dropped to 35 m/s at (0,0) X which coordinates and angle charge would leave the 15 m field.
Q-4 A point charge (its charge is q= 10-8 C and mass is m=2x109 kg) moving in the plane of the page has a velocity of v=70 m/s. A magnetic field of magnitude 0000Ο 00000 2m B-1T is directed out of the page. A charge enters the magnetic field with its velocity vector at an angle of 70° to the linear boundary of the field as shown in figure. 20m 70°|000 Find: a) At which coordinates and at what angle it leaves the field. b)If the speed of the charge were dropped to 35 m/s at (0,0) X which coordinates and angle charge would leave the 15 m field.
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Transcribed Image Text:Q-4 A point charge (its charge is q= 10-8 C and mass is
m=2x109 kg) moving in the plane of the page has a
velocity of v=70 m/s. A magnetic field of magnitude
0000Ο
00000
2m
B-1T is directed out of the page. A charge enters the
magnetic field with its velocity vector at an angle of 70°
to the linear boundary of the field as shown in figure.
20m
70°|000
Find:
a) At which coordinates and at what angle it leaves the
field.
b)If the speed of the charge were dropped to 35 m/s at
(0,0)
X
which coordinates and angle charge would leave the
15 m
field.
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