Two protons are at rest, one at the origin, and the other at the location (3.00 A, 0). An alpha particle (He ˚ nucleus) is released from rest from the initial position (2.50 A, 1.00 ˚ A). What is final speed of the alpha particle ˚ when it is an infinite distance away from the protons?Photo 1 is the work I have done so far. Photo 2 is an example problem that is similar to this problem. te nui laus>X(イ)3 ProtonProton Ik; Tu =K, * us→なこmy? Be [+ ]-ちmゅユ→e Be smて Shefast is '°O nuchs moringwhin t tsvry faruway:こLa'y?っ10ke'= fuv,?12.8.49 * lo4 N-mj?,trbレxio2Y CA)o→ nc nucuus at mastmst12Cパ)らイン Lom3.%3Din5ki qnd Up =05Ki rala4sıd from 0v2.b Up Charge infrantly nwaychary thattts movingizCoAY ri Ppotent ral dur to Frxed charges "c nuclais u>lo66x 10-27

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Answered: Two protons are at rest, one at the…

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ISBN:9781305952300

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Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

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Two protons are at rest, one at the origin, and the other at the location (3.00 A, 0). An alpha particle (He ˚ nucleus) is released from rest from the initial position (2.50 A, 1.00 ˚ A). What is final speed of the alpha particle ˚ when it is an infinite distance away from the protons?

Photo 1 is the work I have done so far. Photo 2 is an example problem that is similar to this problem.

te nui laus
>X(イ)
3 Proton
Proton I
k; Tu =K, * us→なこmy? Be [+ ]-ちmゅユ→e Be smて

She
fast is '°O nuchs moring
whin t ts
vry far
uway:
こ
La'y?っ10ke'= fuv,?
12.8.49 * lo4 N-
mj?,trbレxio2
Y CA)
o→ nc nucuus at mast
mst
12C
パ)
らイン Lom
3.
%3D
in
5ki qnd Up =0
5Ki rala4sıd from 0v
2.
b Up Charge infrantly nway
chary thatt
ts moving
iz
CoAY ri Ppotent ral dur to Frxed charges "c nuclai
s u>lo66x 10-27

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