In the experiment, alpha particles follow a hyperbolic trajectory. The figure shows an alpha particle A initially approaching a gold nucleus N and being deflected at an angle theta equals 90 Superscript o Baseline .θ=90o. N is located at a focus of the hyperbola, and the trajectory of A passes through a vertex of the hyperbola.
In the experiment, alpha particles follow a hyperbolic trajectory. The figure shows an alpha particle A initially approaching a gold nucleus N and being deflected at an angle theta equals 90 Superscript o Baseline .θ=90o. N is located at a focus of the hyperbola, and the trajectory of A passes through a vertex of the hyperbola.
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter11: Topics From Analytic Geometry
Section11.6: Polar Equations Of Conics
Problem 12E
Question
|
In the experiment, alpha particles follow a hyperbolic trajectory. The figure shows an alpha particle A initially approaching a gold nucleus N and being deflected at an angle
theta equals 90 Superscript o Baseline .θ=90o.
N is located at a focus of the hyperbola, and the trajectory of A passes through a vertex of the hyperbola. |
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