The decay of a radioactive element follows first order kinetics. Thus,
a)
Half-life period = a constant/
, where 
is decay constant
b)
The rate of decay is independent of temperature
c)
The rate can be altered by changing chemical conditions
d)
The element will be completely transformed into new element after expiry of two half-life period
The decay of a radioactive element follows first order kinetics. Thus,
a)
Half-life period = a constant/ , where is decay constant
b)
The rate of decay is independent of temperature
c)
The rate can be altered by changing chemical conditions
d)
The element will be completely transformed into new element after expiry of two half-life period
Question ID - 101482 | SaraNextGen Top Answer
The decay of a radioactive element follows first order kinetics. Thus,
a)
Half-life period = a constant/ , where is decay constant
b)
The rate of decay is independent of temperature
c)
The rate can be altered by changing chemical conditions
d)
The element will be completely transformed into new element after expiry of two half-life period
|
The decay of a radioactive element follows first order kinetics. Thus, |
|
|
a) |
Half-life period = a constant/ |
|
b) |
The rate of decay is independent of temperature |
|
c) |
The rate can be altered by changing chemical conditions |
|
d) |
The element will be completely transformed into new element after expiry of two half-life period |
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