Radioactive disintegration is a first order reaction and it\'s rate depends only upon the nature of nucleus and does not depend upon external factors like temoperature an pressure. The rate of radioactive disintigration (Activity) is respresented as `(-d(N))/(dt)=lambdaN` Where `lambda`=decay consatant, N= number of nuclei at time t, `N\"\"_(0)`=initial no. of nucleei. The above equation after integration can be represented as `lamda=2.303/tlog.(N\"\"_(0))/(N)` Calculate the half-life period of a radioactive element which remains only 1/16 of it\'s original amount in 4740 years:
Radioactive disintegration is a first order reaction and it|'s rate depends only upon the nature of
Radioactive disintegration is a first order reaction and it\'s rate depends only upon the nature of nucleus and does not depend upon external factors like temoperature an pressure. The rate of radioactive disintigration (Activity) is respresented as `(-d(N))/(dt)=lambdaN` Where `lambda`=decay consatant, N= number of nuclei at time t, `N\"\"_(0)`=initial no. of nucleei. The above equation after integration can be represented as `lamda=2.303/tlog.(N\"\"_(0))/(N)` Calculate the half-life period of a radioactive element which remains only 1/16 of it\'s original amount in 4740 years:
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