Region I Hole V= Electron Region II ● B (out of paper) i. The speed vo of the electron as it emerges from the hole in plate D 1/2mv²==qv Zev v² = 29v m The acceleration of the electron in region I between the plates . 9. In region I shown above, there is two large, parallel plates separated by a distance d. In region II, to the right of plate D, there is a uniform magnetic field B pointing perpendicularly out of the paper. An electron, charge -e and mass m, is released from rest at plate C as shown, and passes through a hole in plate D into region II. Neglect gravity. A electron? a. In terms of e, V, m, and d, determine the following. a potential difference V between
Region I Hole V= Electron Region II ● B (out of paper) i. The speed vo of the electron as it emerges from the hole in plate D 1/2mv²==qv Zev v² = 29v m The acceleration of the electron in region I between the plates . 9. In region I shown above, there is two large, parallel plates separated by a distance d. In region II, to the right of plate D, there is a uniform magnetic field B pointing perpendicularly out of the paper. An electron, charge -e and mass m, is released from rest at plate C as shown, and passes through a hole in plate D into region II. Neglect gravity. A electron? a. In terms of e, V, m, and d, determine the following. a potential difference V between
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how would you do part ii of this? this is a non graded practice worksheet
![= 29V
m
Region I
V=
Hole
Zev
9
Electron
d
D
Region II
9. In region I shown above, there is
two large, parallel plates separated by a
distance d. In region II, to the right of plate D, there is a uniform magnetic field B pointing perpendicularly out of the
paper. An electron, charge -e and mass m, is released from rest at plate C as shown, and passes through a hole in
plate D into region II. Neglect gravity.
A electron
a. In terms of e, V, m, and d, determine the following.
i. The speed vo of the electron as it emerges from the hole in plate D
1/2mv² =qv
v²
B (out of paper)
a potential difference V between
The acceleration of the electron in region I between the plates
DAS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6dac1fe8-9484-432e-9121-04aedd30c8dd%2F426c1f67-3457-41e4-bf7a-759b9d155fad%2F81cuqv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:= 29V
m
Region I
V=
Hole
Zev
9
Electron
d
D
Region II
9. In region I shown above, there is
two large, parallel plates separated by a
distance d. In region II, to the right of plate D, there is a uniform magnetic field B pointing perpendicularly out of the
paper. An electron, charge -e and mass m, is released from rest at plate C as shown, and passes through a hole in
plate D into region II. Neglect gravity.
A electron
a. In terms of e, V, m, and d, determine the following.
i. The speed vo of the electron as it emerges from the hole in plate D
1/2mv² =qv
v²
B (out of paper)
a potential difference V between
The acceleration of the electron in region I between the plates
DAS
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