A given sample has two radioactive nuclei C and D. The half-life of species D is 1.68 days whereas that one of C is unknown. Initially, they are present in equal amounts. Five days later, there are five times as many C nuclei as there are D nuclei. Calculate the half-life of species C.
A given sample has two radioactive nuclei C and D. The half-life of species D is 1.68 days whereas that one of C is unknown. Initially, they are present in equal amounts. Five days later, there are five times as many C nuclei as there are D nuclei. Calculate the half-life of species C.
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![A given sample has two radioactive nuclei C and D. The half-life of species D is 1.68 days whereas that one of
C is unknown. Initially, they are present in equal amounts. Five days later, there are five times as many C nuclei
as there are D nuclei. Calculate the half-life of species C.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2ac5ef6-8444-4854-afd9-e5f9761a6091%2Fa2bc10f7-4c98-4c35-ad7a-1a0b9b058eb3%2Fjwape1_processed.png&w=3840&q=75)
Transcribed Image Text:A given sample has two radioactive nuclei C and D. The half-life of species D is 1.68 days whereas that one of
C is unknown. Initially, they are present in equal amounts. Five days later, there are five times as many C nuclei
as there are D nuclei. Calculate the half-life of species C.
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