Because when you put dozen of coins water level will change enough to mesaure it, then volume you got by such mesauring should be divided by number of coins. that way you will get volume of single coin.
It is the set of all possible outcomes of the experiment.
All possible outcomes of an experiment is known as a sample space. This will include an exhaustive list of all the possible results to be achieved.
As few as possible.
Is as exact as possible
Both rolling and eight or picking three dice from a jar could be possible outcomes of an experiment.
This is one of those oddly obvious questions. If a graduated cylinder was not correctly calibrated, then it would yield an incorrect meaurement when you use it. Withouth calibration, you wouldn't know if it was reading high or low. It might be possible to make precise measurements, but precision is a different quality from accuracy. Being able to measure to a tenth or hundredth of a mililiter doesn't mean much is your measurement is off by half a mililiter.
As far as sig figs are concerned, the graduated cylinder will yield a measurement that is both more precise and accurate than is possible using an Erlenmeyer (precision and accuracy mean different things in science talk). Erlenmeyer flasks aren't really intended to be used for measurement of volume, as the width of the flask at the point of the markings introduces lots of error as you try and eyeball the level of fluid within it. The narrow column of a graduated cylinder will allow you to judge volume far more accurately since a difference in the height of fluid in one of these will result in a lower overall difference in volume when compared to the Erlenmeyer.Keep in mind though, that just because a graduated cylinder contains a certain volume doesn't mean that it will deliver that entire volume to another container, since some of the liquid inevitably clings to the sides. This isn't a problem is you are simply trying to measure volume, but if you are trying to pour an exact volume into another container you need to use another method to do so. In this case your best bet is to pipette.
Is the number of all possible outcomes of an experiment. The number depends on the experiment.
Some possible jobs for graduates from Manchester University depend on their degrees and work experience and what degree classification they graduated with.
Possible errors in filtration experiment
It is the set of all possible outcomes of the experiment.
If you have the radius and the height in feet, you can calculate the volume as:V = pi x radius squared x height (If you have the diameter of the cylinder, the radius is one-half the diameter.)
Outcome
to gather data from data to create an controlled experiment
All possible outcomes of an experiment is known as a sample space. This will include an exhaustive list of all the possible results to be achieved.
Measurement is not possible without numbers and:A number is a mathematical object used in counting and measuring.
No it will not be all ways possible.