Chapter 21: Q19E (page 1204)
Question:What are the types of radiation emitted by the nuclei of radioactive elements?
Short Answer
Types of radiation emitted by radioactive elements:
Alpha particles, beta particles, gamma rays, and neutrons.
Chapter 21: Q19E (page 1204)
Question:What are the types of radiation emitted by the nuclei of radioactive elements?
Types of radiation emitted by radioactive elements:
Alpha particles, beta particles, gamma rays, and neutrons.
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Get started for freeQuestion: 13. Complete each of the following equations by adding the missing species:
\(\begin{array}{l}{\bf{(a) }}_{{\bf{13}}}^{{\bf{27}}}{\bf{Al + }}_{\bf{2}}^{\bf{4}}{\bf{Hen }} \to {\bf{? + }}_{\bf{0}}^{\bf{1}}{\bf{n}}\\{\bf{(b) }}_{{\bf{94}}}^{{\bf{239}}}{\bf{Pu + }} \to {\bf{?n}}_{{\bf{96}}}^{{\bf{242}}}{\bf{Cm + }}_{\bf{0}}^{\bf{1}}{\bf{n}}\\{\bf{(c) }}_{{\bf{ 7}}}^{{\bf{14}}}{\bf{\;N + }}_{\bf{2}}^{\bf{4}}{\bf{Hen }} \to {\bf{? + }}_{\bf{1}}^{\bf{1}}{\bf{H}}\\{\bf{(d) }}_{{\bf{92}}}^{{\bf{235}}}{\bf{Un }} \to {\bf{? + }}_{{\bf{55}}}^{{\bf{135}}}{\bf{Cs + 4}}_{\bf{0}}^{\bf{1}}{\bf{n}}\end{array}\)
Both fusion and fission are nuclear reactions. Why is a very high temperature required for fusion, but not for fission?
For each of the isotopes in Exercise 21.1, determine the numbers of protons, neutrons, and electrons in a neutral atom of the isotope.
(a) \(_{11}^{24}Na\)
(b) \(_{13}^{29}Al\)
(c) \(73Kr\)
(d) \(_{77}^{194}Ir\)
The isotope \({}_{{\rm{38}}}^{{\rm{90}}}{\rm{Sr}}\) is one of the extremely hazardous species in the residues from nuclear power generation. The strontium in a \({\rm{0}}{\rm{.500 - g}}\) sample diminishes to \({\rm{0}}{\rm{.393 g}}\)in \({\rm{10}}{\rm{.0 y}}\). Calculate the half-life.
Question: Write a nuclear reaction for each step in the formation of \({}_{{\rm{82}}}^{{\rm{208}}}{\rm{Pb}}\) from \({}_{{\rm{90}}}^{{\rm{228}}}{\rm{Th}}\), which proceeds by a series of decay reactions involving the step-wise emission of \({\rm{\alpha , \alpha , \alpha , \alpha , \beta , \beta , \alpha }}\) particles, in that order.
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