No and yes. It depends on the way you define activity. Carbon-14 undergoes radioactive beta decay. The activity of Carbon-14 is given in terms of disintegrations per minute per gram of carbon. So, if you have a 100 gram sample and a 1 gram sample, there will be 100 times more disintegrations per minute with the larger sample. But typically, we are more interested in the time it takes a certain percentage to decay. Time values like half life will be the same for large and small samples.
A large sample will reduce the effects of random variations.
It depends on how large or small your sample is.
no
that you have a large variance in the population and/or your sample size is too small
A sample consists of a small portion of data when a population is taken from a large amount.
A small sample size and a large sample variance.
a small mean difference and large sample variances
A technique called polymerase chain reaction (PCR) is used to create a large sample of DNA from a small sample. PCR amplifies specific regions of DNA by making millions of copies, allowing for further analysis and testing on the amplified DNA.
Any sample of the same substance has the same density,no matter how large or small the sample is.
That would probably be polymerase chain reaction or PCR for short.
A small sample and a large standard deviation
Drawing a conclusion based on too small a population sample is not reliable because the sample may not accurately represent the entire population, leading to biased or inaccurate results. It is important to use a sufficiently large and diverse sample size to ensure the validity and generalizability of conclusions.