where N(t) is the number of nuclei at time t. Two radioactive sources P(mean life τ) and Q (mean life 2τ) have the same activity at t = 0. Their rates of change of activities at t = 2τ are RP ​and RQ

Sahay Sir > Question Answers > where N(t) is the number of nuclei at time t. Two radioactive sources P(mean life τ) and Q (mean life 2τ) have the same activity at t = 0. Their rates of change of activities at t = 2τ are RP ​and RQ
For a radioactive material, its activity A and rate of change of its activity R are defined as A = − dt/dN ​ and R = − dt/dA ​, where N(t) is the number of nuclei at time t. Two radioactive sources P(mean life τ) and Q (mean life 2τ) have the same activity at t = 0. Their rates of change of activities at t = 2τ are RP ​and RQ, respectively. If RQ/RP ​= e/n , then the value of n is
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For a radioactive material, its activity A and rate of change of its activity R are defined as A = − dt/dN ​ and R = − dt/dA ​, where N(t) is the number of nuclei at time t. Two radioactive sources P(mean life τ) and Q (mean life 2τ) have the same activity at [...]
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Tags: For a radioactive material , its activity A and rate of change of its activity R are defined as A = − dt/dN ​ and R = − dt/dA ​ , respectively. If RQ/RP ​= e/n , then the value of n is , where N(t) is the number of nuclei at time t. Two radioactive sources P(mean life τ) and Q (mean life 2τ) have the same activity at t = 0. Their rates of change of activities at t = 2τ are RP ​and RQ ,