1.6x10C #2 a proton moves IN a circular path perpendicular to a magnetic Field of (0.2.35. T.). If the KE( ANectic Emergy) of the electron 15 3.30 X10-191, find: BAUT a) ('V') a) the speed of the electron. 6.) the radius the Circular path.. c.) the magnetic Force on the charge. b) r=m > mv 2 B V= KE = mv2 3. 30 x 10¹ J = 1/2 (1.67x10 "" kg) 3.30 X 10 - ¹J = 8.35 x 1024 .v² -28 of c) F = q vB sin & -19 KE 1/2 m = (1.67×10² kg)(1.99x10m/s) (1.6×1019 c) (0.235+) ● (3.30x10¹5 8.35x10-28 V F=1.6x10¹°C 1.99 x 10 m/s 0.235 T JF 1.99x104m -4 8.83x10 m -16 ·7₁ Six (90°) = 7.48×10 ¹6 N O
1.6x10C #2 a proton moves IN a circular path perpendicular to a magnetic Field of (0.2.35. T.). If the KE( ANectic Emergy) of the electron 15 3.30 X10-191, find: BAUT a) ('V') a) the speed of the electron. 6.) the radius the Circular path.. c.) the magnetic Force on the charge. b) r=m > mv 2 B V= KE = mv2 3. 30 x 10¹ J = 1/2 (1.67x10 "" kg) 3.30 X 10 - ¹J = 8.35 x 1024 .v² -28 of c) F = q vB sin & -19 KE 1/2 m = (1.67×10² kg)(1.99x10m/s) (1.6×1019 c) (0.235+) ● (3.30x10¹5 8.35x10-28 V F=1.6x10¹°C 1.99 x 10 m/s 0.235 T JF 1.99x104m -4 8.83x10 m -16 ·7₁ Six (90°) = 7.48×10 ¹6 N O
College Physics
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Chapter1: Units, Trigonometry. And Vectors
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
Transcribed Image Text:' moves
IN a circular path
perpendicular to a magnetic Field of (0.2.35.-T.).
If the KE (ANectic Energy) of the electron
15 3.30x10-191, find:
BOUT
1.6x10C
#2 a proton
a)
b).
a) the speed of the electrono
b.) the radius of the Circular path.
c.) the magnetic Force on the charge.
KE = 2 mv ²
3.30x10=19J = 2(1.67x10-27 kg)
3.30 X 10 - ¹1 J = 8.35 x 10
tag v²
r =
mv
2 B
KE
V=
v=√√ — m
c) F = q vB sin
o
-28
v²
2
-27
= (1.67×10² kg) (1.99x10 "/s)
(1.6×10 9 c) (0.235+)
O
3
de
-15
3.30x10¹9J
√√² $$13:25 2017031 = (1.99×187%
8.35x10-28/2
L
-4
= 8.83x10 m
-19
4
F = 1.6x10¹ C +1.99x10 / +0.235 T six (10) = 7.48×10¹ N
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