cepheid said:Radioactive decay occurs exponentially. I imagine you must have some information about it in your notes or something, if you are being asked about it?
graphicer89 said:Well honestly I thought so too but no I don't have anything
ideasrule said:Try reading up on half-life & radioactive decay in your textbook or on the Internet. After you've done that...
Radioactive decay is a truly random process; no scientist/sage/god/whatever can predict when a given atom will decay. That means that in one second, the number of atoms that decay is proportional only to the amount of radioactive material left. So the ancient tiger tooth in your question contains 1/16 the mass of C-14 in a still-living tiger's tooth. There's a reason that 16 is precisely 2^4...
graphicer89 said:What i got was that i multiply...16 x 5730 years...= 91,680 years ago...how does that sound?
A carbon sample of a saber tooth tiger decay refers to a small piece of organic material from the remains of a saber tooth tiger that has undergone the process of decay. This decay results in the breakdown of organic matter into simpler compounds, including carbon.
A carbon sample of a saber tooth tiger decay can be used in various scientific fields such as paleontology, archaeology, and biology. It can provide information about the age, diet, and environment of the saber tooth tiger, as well as the conditions under which it lived and died.
The extraction of a carbon sample of a saber tooth tiger decay typically involves carefully removing a small piece of the organic material from the remains. This can be done using tools such as scalpels or drills, and the sample is then carefully preserved for further analysis.
Scientists use various techniques to analyze a carbon sample of a saber tooth tiger decay, including radiocarbon dating, stable isotope analysis, and DNA analysis. These techniques can provide information about the age, diet, and genetic makeup of the saber tooth tiger.
Studying the carbon sample of a saber tooth tiger decay can help us better understand the history and evolution of these ancient creatures. It can also provide insights into the past climate and environment, as well as the interactions between species during that time period.