Almost 2,738 years.
A million days is almost 2,738 years.A million hours is about 114 years.A million minutes is about 1 year and 11 months.A million seconds is about 11 and a half days.
You would be about 11 and a half days old.
There can be no proper answer as the father will not live to be 150 years old.
134246 years old.
87 million years old
The rock is 2 half-lives old. 18 million years divided by 9 million years (half-life of RI) equals 2.
Almost 2,738 years.
A person who is 100 million seconds old is approximately 3.17 years old.
It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.It is hard to be precise, but between 358 million years old and 415 million years old.
Approximately how old is the Earth? 4.6 billion years old 3.8 billion years old 4.6 million years old 3.8 million years old
A million days is almost 2,738 years.A million hours is about 114 years.A million minutes is about 1 year and 11 months.A million seconds is about 11 and a half days.
A person who has lived for a million years would be a million years old.
As old as history itself, at least a few million years.
One million years.
To find the age of the sample, we need to determine how many half-lives have passed based on the daughter isotope percentage. Since the daughter isotope is 87.5% present, it means 12.5% has decayed from the parent isotope. Since 1 half-life would result in 50% decay, we can divide 12.5% by 50% to get 0.25 half-lives. Therefore, the sample is approximately 150 million years (half-life) x 0.25 = 37.5 million years old.
It is atleast 4 million years old. It is atleast 4 million years old.