smaller
If I take 10 items (a small sample) from a population and calculate the standard deviation, then I take 100 items (larger sample), and calculate the standard deviation, how will my statistics change? The smaller sample could have a higher, lower or about equal the standard deviation of the larger sample. It's also possible that the smaller sample could be, by chance, closer to the standard deviation of the population. However, A properly taken larger sample will, in general, be a more reliable estimate of the standard deviation of the population than a smaller one. There are mathematical equations to show this, that in the long run, larger samples provide better estimates. This is generally but not always true. If your population is changing as you are collecting data, then a very large sample may not be representative as it takes time to collect.
Average American female bra size is 34B. Average European female size is 34C!Seeing as most women are wearing the wrong size bra, normally because they are measured in the old fashioned way, most women are wearing bra with bigger band sizes than what they need and smaller cup size than ideal. Recent research and theory suggests that the average size for women is around 34DD (rather than 36B as some have claimed). This reply isn't much different to the one above but it's something interesting to note. The average is harder to determine as 8/10 women are wearing the wrong size. lol
I can examine this as a question of theory or real life: As a matter of theory, I will rephrase your question as follows: Does theoretical confidence interval of the mean (CI) of a sample, size n become larger as n is reduced? The answer is true. This is established from the sampling distribution of the mean. The sampling distribution is the probability distribution of the mean of a sample, size n. I will also consider the question as a matter of real life: If I take a sample from a population, size 50 and calculate the CI and take a smaller sample, say size 10, will I calculate a larger CI? If I use the standard deviation calculated from the sample, this is not necessarily true. The CI should be larger but I can't say in every case it will belarger. The standard deviation of the sample will vary from sample to sample. I hope this answers your question. You can find more information on confidence intervals at: http://onlinestatbook.com/chapter8/mean.html
The number of tomatoes in 1 kilogram can vary based on the size and type of the tomatoes. On average, medium-sized tomatoes weigh about 100-150 grams each, so you can expect to find approximately 6 to 10 tomatoes in 1 kilogram. However, smaller cherry tomatoes might yield more, while larger beefsteak varieties would yield fewer.
Of course it is. The first draw always has 10 possibilities. The difference comes in the second draw. The second draw has 10 possibilities if the first one was replaced, but only 9 possibilities if the first one wasn't replaced.
larger
Is ten larger than four? Of course.
To find this out, divide the larger number by the smaller number.To find this out, divide the larger number by the smaller number.To find this out, divide the larger number by the smaller number.To find this out, divide the larger number by the smaller number.
Written as decimals, .005 is larger than .000005 so the answer is larger.
Decigram is larger. Deci = 1/10 Micro = 1/1000000
Asteroids are generally larger than meteoroids. Asteroids are rocky objects that are larger than 33 feet (10 meters) in size, whereas meteoroids are smaller rocky or metallic objects that are less than 33 feet (10 meters) in size.
Protons and neutrons are about the same size and are larger than electrons. Protons and neutrons have a size of about 1 femtometer (10^-15 meters), while electrons are about 1000 times smaller.
Bacteria are normally larger than viruses but smaller than eukaryotic cells. the bacterial cell size ranges between 0.5 to 5 micrometers in length (10 times smaller than eukaryotes). Viruses are ultra microscopic, their size ranges between 20-500 nanometers, it can be detected by electron microscopes.
1 centi is 10 times more than 1 milli. 1 milli is 1/10 of 1 centi. What helps me to remember is that one millimeter is a lot smaller (1/10) than a centimeter, so it takes more millimeters (10) to make one centimeter.
That would depend on the size of the cans.
bacteria size ranges in micrometer i.e. 10-6m virus size ranges in nanometer i.e. 10-9m
7 to 10 inches would be a good size for a wireless portable tv. Larger sizes than this would invalidate the portability aspect; smaller would strain your eyes!