Radiometric dating is based on knowing
A. how quickly certain isotopes decay
B. the half-lives for certain isotopes
C. how to measure how much of an isotope is left in a sample
D. all of the above
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OpenStudy (anonymous):
@jabez177
jabez177 (jabez177):
@ILUVSOCCER
Gonna answer on that account, wanna get it to 99. :P
OpenStudy (anonymous):
Okay!
jabez177 (jabez177):
But do give a testimonial to this account. :P
See ya! :P
OpenStudy (anonymous):
Already done :)
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OpenStudy (anonymous):
@ILUVSOCCER
OpenStudy (anonymous):
@tootzrll
OpenStudy (tootzrll):
well, i havent started studying this yet, but i think its A. i could b wrong :/
OpenStudy (anonymous):
@Serenity74
OpenStudy (anonymous):
@Nnesha
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OpenStudy (anonymous):
@dan815
OpenStudy (serenity74):
hmmmm A is correct.
B is correct i think
so most probbly D
OpenStudy (anonymous):
Okay great thanks! I have a few more if you'd be willing to help. I will even write a testomony!
OpenStudy (serenity74):
I will explain a few lemme go drop my plate i was eating lol
OpenStudy (anonymous):
Oh okay xDD
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OpenStudy (serenity74):
Okay so Radiometric dating is basically calculating the ages of ancient findings or whatever.
Isotopes are almost always involved in this how, good question for google, lol. You also use this to solve for half-isotopes. IDK about the last one but it could be included as well.
OpenStudy (anonymous):
Right.
OpenStudy (serenity74):
I wil try my best in answering dem. Bae is bothering me XD