Concept explainers
Distance between lines formed by the singly charged ions and doubly charged ions of each type on the photographic film.
Answer to Problem 62P
Lines formed by the singly charged ions- distance between the lines of carbon isotopes of mass numbers 12 and 13 is
Lines formed by the singly charged ions- distance between the lines of carbon isotopes of mass numbers 12 and 13 is
Explanation of Solution
Given:
The electric field between the electric plates is
The magnetic fields is
Formula used:
Radius of curvature generated of the magnetic flux is
Calculation:
Lines formed has twice its radius of curvature. Thus,
The radius of curvature of the singly charged carbon isotope 12 is
The radius of curvature of the singly charged carbon isotope 13 is
The radius of curvature of the singly charged carbon isotope 14 is
Now, the distance between the field lines of carbon isotopes 12 and 13 is
The distance between the field lines of carbon isotopes 13 and 14 is
Lines formed for the doubly charged ions have twice its radius of curvature. Thus,
The radius of curvature of the carbon isotope 12 is
The radius of curvature of the carbon isotope 13 is
The radius of curvature of the carbon isotope 14 is
Now, the distance between the field lines of carbon isotopes 12 and 13 is
The distance between the field lines of carbon isotopes 13 and 14 is
Conclusion:
Thus, the distance between the lines of carbon isotopes of mass numbers 12 and 13 is
The distance between the lines of carbon isotopes of mass numbers 12 and 13 is
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