Home
Class 12
PHYSICS
A large population of radioactive nucleu...

A large population of radioactive nucleus starts disintegrating at `t=0`.At time t, if N= number of parent nuclei present, D= the number of daughter nuclei present and R= rate at which the daughter nuclei are produced , then the correct representation will be:

A

B

C

D

Text Solution

Verified by Experts

The correct Answer is:
A, C, D
Promotional Banner

Similar Questions

Explore conceptually related problems

A radioactive nucleus emits a beta particle. The parent and daughter nuclei are:

The time required for radioactive nuclei to disintegrate to half of its original number of nuclei is called

If N_(0) is the number of radioactive nuclei initially present , then the number of nuclei remaining undecayed at the end of nth half life is

A radioactive sample undergoes decay as per the following gragp. At time t=0 , the number of undecayed nuclei is N_(0) . Calculate the number of nuclei left after 1 h . .

At the time of shedding the number of nuclei present in an angiosperm pollen grain is

Number of nuclei of a radioactive substance at time t=0 are 2000 and 1800 at time t=2 s. number of nuclei left after t=6s is

Number of nuclei of a radioactive substance are 1000 and 900 at times t=0 and time t=2 s . Then, number of nuclei at time t=4s will be

A radioactive sample of half life 10 days contains 1000X nuclei. Number of original nuclei present after 5 days is

Two redioactive nuclei A and B have disintegration constants lamda_(A)andlamda_(B) and initially N_(A)andN_(B) number of nuclei of them are taken, then the time after which their undisintegrated nuclei are same is