It depends on the location in which the corpse (or body) is in. If it's in a grassy area, (Includes meadows, hills, jungles, woods and forests) it will decompose quickly due to the many insects which roam around the area. The flies lay eggs, maggots are born, and they eat the body from the inside out. Disgusting I know. It would take a body to decay for about fourteen days until becoming a skeleton or just bones. The skeleton itself would take many decades before it becomes dust. If it's in a desert or canyon, it will just dry up. Sort of like how fruit dries up. It could be considered that it decomposes if animals like vultures are around to eat it up. If it's in water or a swamp, the skin would last for a very long time. Just look at those ancient bog bodies discovered. Their skeletons have already dissolved leaving just a bag of wet skin. These bodies are apparently thousands of years old. Finally, if it's in a cold mountain or tundra, it will just freeze up and will not rot due to no insects being around. Again though, any animal can find it and eat it up. Many thousand of years bodies have also been discovered in a decent state. So there you have it. If you want a short answer though, it would take lots of days, sometimes a few weeks, months, even years at times.
The rate of decay of a body in a casket depends on several factors, such as environmental conditions, embalming process, and casket materials. In ideal conditions, a body in a sealed casket can take decades to significantly decay due to lack of oxygen and moisture.
You forgot to say that isotope is.
Ozone is decayed back to oxygen. It depends on how the ozone is being converted.
The time for a suppository to melt can vary based on factors like room temperature, body temperature, and the specific ingredients of the suppository. On average, it can take around 15-30 minutes for a suppository to fully melt and be absorbed into the body.
To determine how long it will take for 50 grams of a substance to decay to 10 grams with a decay constant (k = -0.345), we can use the exponential decay formula: [ N(t) = N_0 e^{kt} ] where (N_0) is the initial amount (50 grams), (N(t)) is the amount at time (t) (10 grams), and (k) is the decay constant. Rearranging the equation and solving for (t): [ 10 = 50 e^{-0.345t} ] Taking the natural logarithm of both sides and solving for (t) gives: [ t \approx \frac{\ln(5)}{-0.345} \approx 5.03 \text{ time units} ] Thus, it will take approximately 5.03 time units for the substance to decay from 50 grams to 10 grams.
The rate of decay of a body in a casket depends on several factors, such as environmental conditions, embalming process, and casket materials. In ideal conditions, a body in a sealed casket can take decades to significantly decay due to lack of oxygen and moisture.
On average, it takes about 20-30 seconds for blood to travel through your body.
a while
about 3-4 months
Sheet metal can take hundreds to thousands of years to decay, depending on factors such as the environment and the type of metal.
It can take 2-3 days on average.
132g
Nuclear waste can take thousands to millions of years to decay completely, depending on the type of radioactive material.
For an adult it takes the average of 1:02.34 minutes.
The fustion will take place so long as the decay time for isotopes which is ...not stable is over.
a few months
It will take two half-lives or about 60.34 years for three-fourths of a Cs-137 sample to decay.