As can be seen in the figure, in the region bounded by the planes y=0 and y=0.1m, there is a uniform electric field: &#1

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answerhappygod
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As can be seen in the figure, in the region bounded by the planes y=0 and y=0.1m, there is a uniform electric field: &#1

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As can be seen in the figure, in the region bounded by the
planes y=0 and y=0.1m, there is a uniform electric field: 𝐸 = βˆ’1000
πš₯Μ‚ 𝑉/m , and in the region between y=0.1 m and y=∞, there is a
uniform magnetic field B=10^-4 i T. An electron is left at the
origin of coordinates without initial speed.
a) Find the speed of the electron at point P (0, 0.1, 0)
b) Verify that the movement of the electron is periodic in the axis
OY
c) calculate its period
As Can Be Seen In The Figure In The Region Bounded By The Planes Y 0 And Y 0 1m There Is A Uniform Electric Field E 1
As Can Be Seen In The Figure In The Region Bounded By The Planes Y 0 And Y 0 1m There Is A Uniform Electric Field E 1 (34.65 KiB) Viewed 267 times
solution:
As Can Be Seen In The Figure In The Region Bounded By The Planes Y 0 And Y 0 1m There Is A Uniform Electric Field E 2
As Can Be Seen In The Figure In The Region Bounded By The Planes Y 0 And Y 0 1m There Is A Uniform Electric Field E 2 (8.23 KiB) Viewed 267 times
y 0.1 m BX E N
a) βœ“ = 5.95 Γ— 106 Δ΅, c) t = 2.44 Γ— 10-7 s m S
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