Home
Class 12
PHYSICS
Write symbolically the nuclear beta^(+) ...

Write symbolically the nuclear `beta^(+)` decay process of `._6C^(11)`. Is the decayed product X an isotope or isobar of `._6C^(11)`? Given the mass values of `(._6C^(11)) =11.011434u`
and `m(X)=11.009305 u`. Estimate the Q value in the process.

Promotional Banner

Similar Questions

Explore conceptually related problems

._(6)^(11) C on decay produces:

._(6)^(11) C on decay produces:

Write the value of (11/16)^c

Write the nuclear reaction for beta^+ decay of _6^11C

Write nuclear reaction equations for beta^(+) - decay of ._(6)^(11)C

The radionuclide ._6C^(11) decays according to ._6C^(11)to ._5B^(11) +e^(+) +v : half life =20.3min. The maximum energy of the emitted positron is 0.960 MeV . Given the mass values m(._6C^(11))=11.011434u, m(._6B^(11))=11.009305u Calculate Q and compare it with maximum energy of positron emitted.

The radionuclide ._6C^(11) decays according to ._6C^(11)to ._5B^(11) +e^(+) +v : half life =20.3min. The maximum energy of the emitted positron is 0.960 MeV . Given the mass values m(._6C^(11))=11.011434u, m(._6B^(11))=11.009305u Calculate Q and compare it with maximum energy of positron emitted.