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(Solved): Parent Isotope Daughter Isotope Half-life (years) Carbon-14 Nitrogen-14 5,730 Uranium-235 Lead-207 ...



Parent Isotope
Daughter Isotope
Half-life (years)
Carbon-14
Nitrogen-14
5,730
Uranium-235
Lead-207
710 million
Potassium-40
A4) Is radiocarbon dating a useful tool for determining the age of the solar system? Explain why or
why not.

Parent Isotope Daughter Isotope Half-life (years) Carbon-14 Nitrogen-14 5,730 Uranium-235 Lead-207 710 million Potassium-40 Argon-40 1.25 billion 4) Is radiocarbon dating a useful tool for determining the age of the solar system? Explain why or why not.


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No, radiocarbon dating is not used for determining the age of the solar system. Radiocarbon dating technique used for the carbon based
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