which statement describes potassium - argon dating?\no potassium - 40 decays into argon gas over time.\no…

which statement describes potassium - argon dating?\no potassium - 40 decays into argon gas over time.\no argon breaks down into other elements and compounds.\no potassium - 40 becomes stable when trapped in rocks.\no argon is unstable and will decay into potassium - 40 over time.

which statement describes potassium - argon dating?\no potassium - 40 decays into argon gas over time.\no argon breaks down into other elements and compounds.\no potassium - 40 becomes stable when trapped in rocks.\no argon is unstable and will decay into potassium - 40 over time.

Answer

Answer:

Potassium - 40 decays into argon gas over time.

Brief Explanations:

En el dating potasio - argón, el isótopo radiactivo potasio - 40 se desintegra en gas argón a lo largo del tiempo. Esta desintegración se utiliza para determinar la edad de rocas y minerales. Las otras opciones son incorrectas ya que no representan correctamente el proceso del dating potasio - argón. Argón no se descompone en otros elementos y compuestos en este contexto, potasio - 40 no se estabiliza simplemente al estar atrapado en rocas y argón es estable y no se desintegra en potasio - 40.