Now he had an important additional piece of information: Proximity to the sun seemed to influence radioactivity, and violent activity on the sun could also increase or
decrease decay rates.
Not exact matches
The idea is that while the or - ganism was alive it had a known amount of each type of carbon, but that once it has died, the amount of one type of carbon
decreases at a known
rate through a process of radioactive
decay.
Each radioactive element
decays exponentially,
decreasing over time (t) at a
rate proportional to the number of atoms there are (N).
As the vibrational amplitude
decreases, the
rate suddenly changes and the modes become decoupled, resulting in comparatively low
decay rates, thus in very giant quality factors exceeding 1 million.
cardiomyocytes exhibit
decreased peak shortening and maximal velocity of shortening / relengthening, prolonged time - to - 90 % relengthening, reduced intracellular calcium release upon electrical stimulus associated with a slowed intracellular calcium
decay rate, and significantly higher oxygen levelse, and significantly higher oxygen levels
In the real world, things are more complicated, as indeed some inflows are increasing or
decreasing, due to the increase in the atmosphere, but the main point is that
decay rate and exchange
rate have nothing to do with each other, and that the 14C tracer shows more the exchange
rate than the
decay rate.
C (or methane hydrates / clathrates, in case that isn't considered geologic)-RRB-, Halting all marine photosynthesis and letting respiration /
decay continue at the same
rate (it would actually
decay over time as less organic C would be available) would result in an O2
decrease at a
rate of about 0.011 % per year, but it could only fall at that
rate for about 3 weeks, with a total O2
decrease of about 0.000675 % (relative to total O2, and not counting organic C burial, which wouldn't make a big difference); Halting all land photosynthesis and letting respirationd /
decay proceed at the same
rate would cause O2 to fall about 0.027 % per year for about 19 years, with a total drop of about 0.52 %.
You said, «Halting all marine photosynthesis and letting respiration /
decay continue at the same
rate (it would actually
decay over time as less organic C would be available) would result in an O2
decrease at a
rate of about 0.011 % per year, but it could only fall at that
rate for about 3 weeks, with a total O2
decrease of about 0.000675 %»