(d)
Question #5
The gold-198 isotope is used in the treatment of brain, prostate, and ovarian cancer. Au-198 has a
half-life of 2.69 d . If a hospital needs to have 15 mg of on hand for treatments on a
The question is incomplete. Please provide the full details of Question #5 to proceed.
Solution
The problem statement appears to be incomplete. We see that part (d) shows a chemical reaction, and Question #5 begins with details about the Au-198 isotope (half‐life d) and mentions that the hospital needs to have mg of Au‑198 on hand for treatments, but the sentence cuts off before stating when the treatments are to occur or what is being asked.
Could you please provide the full text of Question #5 so that we can solve it step by step?
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certain day, they must calculate how much of the isotope they need to start with. Since Au-198 has a half-life of 2.69 days, every 2.69 days, the amount of the isotope reduces by half. To maintain a supply of 15 mg after a certain number of days, hospitals typically use the formula to determine the initial quantity needed.
This isotope is not just a numbers game; it’s also a medical marvel. The real-world application of Au-198 in brachytherapy, a form of internal radiation treatment, showcases its effectiveness in shrinking tumors. It’s placed directly into or near a tumor, allowing targeted radiation to kill cancerous cells while minimizing exposure to surrounding healthy tissue— a shining example of how physics and medicine can unite to tackle serious health issues!