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A small quantity of solution containing `Na^(24)` radio nuclide of activity 1 microcurie is injected into the blood of a person. A sample of the blood of volume `1 cm^(3)` taken after 5 h shows an activity of 296 disintegration per minute. What will be the total value of the blood in the person? Assum that the radioactive solution mixes uniformly in the blood of the person. (Take, 1 curie `= 3.7xx10^(10)` disintegration per second and `e^(-lamdat)=0.7927,` where lamda=` disintegration constant)

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`5.95 ` litre
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A small quantity of solution containing Na^24 radio nuclide (half-life=15 h) of activity 1.0 microcurie is injected into the blood of a person. A sample of the blood of volume 1cm^3 taken after 5h shows an activity of 296 disintegrations per minute. Determine the total volume of the blood in the body of the person. Assume that the radioactive solution mixes uniformly in the blood of person. (1 curie =3.7 xx 10^10 disintegrations per second)

A small quantity of solution containing Na^24 radio nuclide (half-life=15 h) of activity 1.0 microcurie is injected into the blood of a person. A sample of the blood of volume 1cm^3 taken after 5h shows an activity of 296 disintegrations per minute. Determine the total volume of the blood in the body of the person. Assume that the radioactive solution mixes uniformly in the blood of person. (1 curie =3.7 xx 10^10 disintegrations per second)

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