Asked by Arielle
In a mass spectrometer, singely ionized carbon-12 (normal carbon of atomic mass number 12) has a radius of curvature of 9 cm. What would be the radius of curvature of singely ionized carbon-14, assuming equal velocities?
(A) 12.3
(B) 10.5
(C) 7.71
(D) 3.58
(A) 12.3
(B) 10.5
(C) 7.71
(D) 3.58
Answers
Answered by
bobpursley
mv^2/r=mv^2/r
m12/r12=m14/r14
solve for r14
r14=r12*m14/m12
m12/r12=m14/r14
solve for r14
r14=r12*m14/m12
Answered by
Arielle
Don't understand this...can u break it down
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