α Beta Decay In beta decay, a neutron converts into a proton with the emission of a beta particle (electron or positron). This increases or decreases the atomic number but leaves the mass number unchanged. Example:
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tability. Nuclear Reactions and Phenomena Nuclear physics encompasses various processes: Fission: Splitting heavy nuclei into lighter fragments, releasing enormous energy. Fusion: Combining light nuclei to form heavier ones, the process powering the sun. Radioactive Decay: Spontaneous emission o
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d learning styles. Encourage Inquiry: Prompt students to ask questions about the processes and 2. implications of nuclear decay. Relate to Current Events: Discuss recent developments in nuclear medicine or 3. energy to contextualize lessons. Assess Understanding: Use quizzes and group discussions
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bsorbs a neutron and splits: \[ {}^{235}\text{U} + n \rightarrow {}^{92}\text{Kr} + {}^{141}\text{Ba} + 3n + \text{Energy} \] Nuclear Fusion Combining light nuclei to form heavier nuclei, releasing enormous energy. Powers stars, including our Sun. Challenges include
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re the safe and effective use of radioactive drugs, ultimately improving diagnostic accuracy and therapeutic outcomes for patients worldwide. Nuclear Pharmacy: The Heart of Diagnostic and Therapeutic Innovation in Medicine Nuclear pharmacy stands a
