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Complete the following equation of transmutation. Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n Al + Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n He → Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n P + ______


A) Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n e
B) Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n γ
C) Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n H
D) Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n H
E) Complete the following equation of transmutation. Al + He → P + ______ A) e B) γ C) H D) H E) n n

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Describe what changes occur during beta decay.


A) The mass number and atomic number decrease.
B) The mass number and atomic number increase.
C) The mass number increases and the atomic number is unchanged.
D) The mass number is unchanged and the atomic number increases.
E) The mass number and atomic number do not change.

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Determine the identity of the daughter nuclide from the beta decay of Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al P.


A) Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al P
B) Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al S
C) Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al S
D) Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al Si
E) Determine the identity of the daughter nuclide from the beta decay of P. A) P B) S C) S D) Si E) Al Al

Correct Answer

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Write the nuclear equation for the alpha decay of Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra.


A) Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra +
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn He →
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Th
B) Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra →
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn n +
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra
C) Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra →
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn e +
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ac
D) Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra +
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn e →
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ac
E) Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Ra →
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn He +
Write the nuclear equation for the alpha decay of Ra. A) Ra + He → Th B) Ra → n + Ra C) Ra → e + Ac D) Ra + e → Ac E) Ra → He + Rn Rn

Correct Answer

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Determine the identity of the daughter nuclide from the alpha decay of Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Ra.


A) Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Fr
B) Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Ac
C) Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Po
D) Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Th
E) Determine the identity of the daughter nuclide from the alpha decay of Ra. A) Fr B) Ac C) Po D) Th E) Rn Rn

Correct Answer

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Complete the following equation of nuclear transmutation. Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n U + Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n C → Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n Cf + 6 _______


A) Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n H
B) Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n g
C) Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n e
D) Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n e
E) Complete the following equation of nuclear transmutation. U + C → Cf + 6 _______ A) H B) g C) e D) e E) n n

Correct Answer

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Identify the radioactive green light that glows in the dark.


A) phenol red
B) radioactivity
C) phosphorescence
D) desensitivity
E) argon

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Identify the lowest natural radiation.


A) cosmic radiation from outer space
B) terrestrial radiation
C) natural radionuclides in the body
D) a five-hour jet airplane ride
E) radon gas

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Nuclides below the valley of stability can become more stable through which of the following processes?


A) gamma capture
B) beta capture
C) positron emission
D) proton capture
E) neutron bombardment

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Determine the identity of the daughter nuclide from the beta decay of Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Tc.


A) Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Ru
B) Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Rh
C) Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Nb
D) Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Mo
E) Determine the identity of the daughter nuclide from the beta decay of Tc. A) Ru B) Rh C) Nb D) Mo E) Ru Ru

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Neptunium-239 has a half-life of 2.35 days.How many days must elapse for a sample of 239Np to decay to 0.100% of its original quantity?


A) 0.0427 days
B) 1.491 days
C) 2.04 days
D) 23.4 days

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The following reaction represents what nuclear process? The following reaction represents what nuclear process? Cs + e → Xe A) beta capture B) positron emission C) gamma emission D) electron capture E) alpha capture Cs + The following reaction represents what nuclear process? Cs + e → Xe A) beta capture B) positron emission C) gamma emission D) electron capture E) alpha capture e → The following reaction represents what nuclear process? Cs + e → Xe A) beta capture B) positron emission C) gamma emission D) electron capture E) alpha capture Xe


A) beta capture
B) positron emission
C) gamma emission
D) electron capture
E) alpha capture

Correct Answer

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Identify an alpha particle.


A) Identify an alpha particle. A) n B) n C) e D) He E) γ n
B) Identify an alpha particle. A) n B) n C) e D) He E) γ n
C) Identify an alpha particle. A) n B) n C) e D) He E) γ e
D) Identify an alpha particle. A) n B) n C) e D) He E) γ He
E) Identify an alpha particle. A) n B) n C) e D) He E) γ γ

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Identify the radiotracer used to study problems with blood.


A) iron-59
B) phosphorus-32
C) thallium-201
D) iodine-131
E) fluorine-18

Correct Answer

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Above what atomic number are there no stable isotopes of any element?


A) 15
B) 93
C) 83
D) 60
E) 88

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