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Write the balanced equation for the following nuclear reactions Balance the following nuclear equations: Radioactive decay is a first-order process. Starting with the integrated rate equation and t 1 / 2 for a first-order process, derive an equation that relates N/N0 to t 1 / 2. Phosphorus-32 is a radioactive isotope with a half-life of 14.26 days. What percent of the isotope remains after 35.0 days? A radioactive sample has a decay constant of 1.32 times 10"3 h"1. What is its half-life? The argon-41 in a sample has an initial decay rate of 34,500 disintcgrations / min. minutes later, the decay rate changes to 21,500 disintcgration s/ min. What is the half-life of argon-41? Sodium-24 has a decay constant of 4.63 x 10"2 h1. What is its half-life? The half-life of radon-222 is 3.823 days. What is its decay constant? Show transcribed image text
Please Help!!!!
Write the balanced equation for the following nuclear reactions Balance the following nuclear equations: Radioactive decay is a first-order process. Starting with the integrated rate equation and t 1 / 2 for a first-order process, derive an equation that relates N/N0 to t 1 / 2. Phosphorus-32 is a radioactive isotope with a half-life of 14.26 days. What percent of the isotope remains after 35.0 days? A radioactive sample has a decay constant of 1.32 times 10"3 h"1. What is its half-life? The argon-41 in a sample has an initial decay rate of 34,500 disintcgrations / min. minutes later, the decay rate changes to 21,500 disintcgration s/ min. What is the half-life of argon-41? Sodium-24 has a decay constant of 4.63 x 10"2 h1. What is its half-life? The half-life of radon-222 is 3.823 days. What is its decay constant?
Show transcribed image text Sixta KovacekLv2
16 May 2019