7. Radium (Ra) decays to radon (Rn) which decays to polonium. If at t = 0, a sample is pure radium, how much radon does it contain at time t? Suppose No is the number of radium atoms at t = 0, X₁ and λ₂ are the decay constants for Ra and Rn, respectively. Note: Two things are happening simultaneously as you set up the differential equation for radon.
7. Radium (Ra) decays to radon (Rn) which decays to polonium. If at t = 0, a sample is pure radium, how much radon does it contain at time t? Suppose No is the number of radium atoms at t = 0, X₁ and λ₂ are the decay constants for Ra and Rn, respectively. Note: Two things are happening simultaneously as you set up the differential equation for radon.
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Transcribed Image Text:7. Radium (Ra) decays to radon (Rn) which decays to polonium. If at t = 0, a sample
is pure radium, how much radon does it contain at time t? Suppose No is the
number of radium atoms at t 0, X₁ and λ₂ are the decay constants for Ra and
Rn, respectively. Note: Two things are happening simultaneously as you set up the
differential equation for radon.
=
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