Which statement describes potassium-argon dating? potassium-40 decays into argon gas over time.argon breaks down into other elements and compounds.potassium-40 becomes stable when trapped in rocks.argon is unstable and will decay into potassium-40 over time.

Potassium-40 decays into argon gas over time.

Explanation: Potassium-argon dating is a dating method used to determine the age of sedimentary rocks by comparing the proportion of K-40 to Ar-40 in a sample of rock, and knowing the decay rate of K-40.

Potassium-40 undergoes decay following first order kinetics as given below:

It is a true statement.

ATP synthase is the primary functioning of enzymes. A proton pumping transmembrane is powered by ATP hydrolysis which is very important. For example; ATP produces anaerobic bacteria by fermentation then ATP synthase uses ATP which helps to generate proton motive force which is necessary for flagella motility and ion transport.

ATP synthase is in both ways where bacteria can live from photosynthesis or respiration and also in fermentation. In order to avoid wasting ATP hydrolysis, it is significant to control ATP-driven proton by pumping activity.