Question
In: Chemistry
a 222Rn nucleus decays by successive alpha, alpha, Beta, Beta emissions. write the isotope symbols for...
a 222Rn nucleus decays by successive alpha, alpha, Beta, Beta emissions. write the isotope symbols for each step.
Solutions
Expert Solution
During successive alpha and beta emissions the corresponding elements for the respective steps are shown below with detail explanation.
Atomic number of Radon (Rn) is 86 anf atomic mass is 222.
queen_honey_blossom answered 2 years agoRelated Solutions
When a nucleus of a given isotope decays, it Question options: cannot produce a daughter with...
When a nucleus of a given isotope decays, it
Question options:
cannot produce a daughter with a lower mass number.
cannot produce a daughter with the same mass number.
always produces a daughter with a lower mass number.
always produces a daughter with a higher mass number.
cannot produce a daughter with a higher mass number.
A radioactive nucleus alpha decays to yield a sodium-24 nucleus in 14.8 hours. What was the...
A radioactive nucleus alpha decays to yield a sodium-24 nucleus
in 14.8 hours. What was the identity of the original nucleus? Show
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Write isotopic symbols of the form AZX for each isotope. A-the magnesium isotope with 14 neutrons...
Write isotopic symbols of the form AZX for each isotope.
A-the magnesium isotope with 14 neutrons Express your answer as
an isotope.
B-the nitrogen isotope with 8 neutrons Express your answer as an
isotope.
C-the silicon isotope with 15 neutrons Express your answer as an
isotope.
D-the xenon isotope with 77 neutrons Express your answer as an
isotope.
A) Answer as an isotope 1. Write the identity of the missing nucleus for the following...
A) Answer as an isotope
1. Write the identity of the missing nucleus for the following
nuclear decay reaction:
232 90Th→228 88Ra+?
2. Write the identity of the missing nucleus for the following
nuclear decay reaction:
224 88Ra→42He+?
3. Write the identity of the missing nucleus for the following
nuclear decay reaction:
?→237 93Np+42He+00γ
B) Write a balanced nuclear equation for the beta decay of
each:
1. 25/11Na
2. 20/8O
3. strontium-92
4.iron-60
C)
1. Complete the following nuclear equation...
Why does emission of an alpha and beta particle change the nucleus of an atom but...
Why does emission of an alpha and beta particle change the
nucleus of an atom but gamma decay leaves it unchanged?
1. Of the three main radioactive emissions: alpha, beta, and gamma, which would be the least/most...
1. Of the three main radioactive emissions: alpha, beta, and
gamma, which would be the least/most harmful to biology and why?
Which would be the easiest/hardest to block and how?
2. In some medical procedures, radioactive isotopes are used
that have very short half-lives. Why is this desirable and how
would these isotopes be obtained since none would be found in
supply due to their short half-life?f
3. Different types of imaging - CT, PET, MRI - use different
methods...
For 2 MeV alpha, beta, and gamma emissions calculate the following quantities relativistically for each emission:...
For 2 MeV alpha, beta, and gamma emissions calculate the
following quantities relativistically for each emission: T (Kinetic
Energy), E (total energy), gamma (correction factor), p (momentum),
m (mass), and v (frequency). Use nuclear units, i.e., keV or MeV
for energies, keV/c or MeV/c for momenta, MeV/c2 for masses and
express velocities in units of c.
For 2 MeV alpha, beta, and gamma emissions calculate the following quantities relativistically for each emission:...
For 2 MeV alpha, beta, and gamma emissions calculate the
following quantities relativistically for each emission: T (Kinetic
Energy), E (total energy), gamma (correction factor), p (momentum),
m (mass), and v (frequency). Use “nuclear units,” i.e., keV or MeV
for energies, keV/c or MeV/c for momenta, MeV/c2 for masses and
express velocities in units of c.
4) A nucleus of radioactive radium (226Ra), initially at rest, decays into a radon nucleus (222Rn)...
4) A nucleus of radioactive radium (226Ra), initially at rest,
decays into a radon nucleus (222Rn) and an alpha-particle (a 4He
nucleus). If the kinetic energy of the alpha-particle is 6.72 × 10^
-13 J, what is (a) the recoil speed of the radon nucleus, and (b)
its kinetic energy? The superscripts indicate, roughly, the mass of
each nucleus in unified mass units (u), where 1 u = 1.66 × 10^ -27
kg.
Ruthenium-106 (106Ru) is used to treat melanoma in the eye. This isotope decays by ?
Ruthenium-106 (106Ru) is used to treat melanoma in the eye. This
isotope decays by ?
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