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2. Write nuclear equations that describe the three modes of decay for potassium-40.            3.      Write      mathematical      equations      that show how you will calculate the detected activity from the count  rate  due  to  background  radiation  and  the  sample  of  KCl  and  how  you  will  determine  the “true” activity of your sample from the detected activity. Use the following symbols: R(background): count rate for background radiation R(total): total count rate R(detected): detected count rate from your sample R(true): “true” count rate of your sample

2. Write nuclear equations that describe the three modes of decay for potassium-40.            3.      Write      mathematical      equations      that show how you will calculate the detected activity from the count  rate  due  to  background  radiation  and  the  sample  of  KCl  and  how  you  will  determine  the “true” activity of your sample from the detected activity. Use the following symbols: R(background): count rate for background radiation R(total): total count rate R(detected): detected count rate from your sample R(true): “true” count rate of your sample

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2. Write nuclear equations that describe the three modes of decay for potassium-40.          

 3.      Write      mathematical      equations      that show how you will calculate the detected activity from the count  rate  due  to  background  radiation  and  the  sample  of  KCl  and  how  you  will  determine  the “true” activity of your sample from the detected activity. Use the following symbols: R(background): count rate for background radiation R(total): total count rate R(detected): detected count rate from your sample R(true): “true” count rate of your sample

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