In the scattering experiment of Prob. 14.26, it is known that the alpha particle is projected from, A 0 ( 300 , 0 , 300 ) and that it collides with the oxygen nucleus C at Q ( 240 , 200 , 100 ) , where all coordinates are expressed in millimeters. Determine the coordinates of point Bq where the original path of nucleus B intersects the zx plane. (Hint: Express that the angular momentum of the three particles about Q is conserved.)
In the scattering experiment of Prob. 14.26, it is known that the alpha particle is projected from, A 0 ( 300 , 0 , 300 ) and that it collides with the oxygen nucleus C at Q ( 240 , 200 , 100 ) , where all coordinates are expressed in millimeters. Determine the coordinates of point Bq where the original path of nucleus B intersects the zx plane. (Hint: Express that the angular momentum of the three particles about Q is conserved.)
Solution Summary: The author calculates the coordinates of the point B 0 using the principle of conservation of angular momentum.
In the scattering experiment of Prob. 14.26, it is known that the alpha particle is projected from,
A
0
(
300
,
0
,
300
)
and that it collides with the oxygen nucleus C at
Q
(
240
,
200
,
100
)
, where all coordinates are expressed in millimeters. Determine the coordinates of point Bq where the original path of nucleus B intersects the zx plane. (Hint: Express that the angular momentum of the three particles about Q is conserved.)
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