A measuring beaker.
It depends on what the carrying capacity is plotted against.
The opposite is a quantitative observation, such as the weight or length of an object. Quantitative observations have numbers, such as 3 pounds or 5 meters. You would be quantifying or measuring a thing.
Not necessarily. It might mean that the experiment has a highly stable outcome. You need to evaluate if that is true or if the experiment is flawed. It comes down to theoretical expectations versus experimental outcomes - you should know a priori (before the fact) what to expect, so you can know if the results are good. For instance... If you were measuring the radioactivity of a sample with a relatively low count rate using a detector that recorded counts in each second, you would expect a poissen distribution. If you were measuring the same sample with a detector that counted for 1 minute, you would expect a more gaussian distribution. If, on the other hand, you were measuring the wavelength of a red laser, you would expect that every single observation would give you the same results, within an extremely tight distribution.
Technically, neither are better. However, if you are measuring time (example: stocks for a certain company for six months) then a line graph would be better.
A line graph would be what you plot for a function. for example, y = X2. Plotting this will result in a continuous line.A scatter graph will result from measuring a population or an experiment.For example, if you plotted the weight vs height for your class members, you would have a scatter graph.
The best unit of capacity to describe the amount of lemonade in a pitcher is liters or quarts, depending on the size of the pitcher. For example, if the pitcher holds 2 liters of lemonade, you would state that the capacity is 2 liters. To determine this, you can fill the pitcher with a known volume of water (like a liter measuring cup) and count how many times it fills the pitcher to find its total capacity. This approach provides a practical way to measure the volume of liquid accurately.
it makes it sweeter
Water pitchers are available in many sizes, so each will hold the amount of water it is made to hold. It could be a quart, pint, half gallon, or a gallon. Some may be even larger, depending on their intended uses.
yes
By being a voluntary bulimic with a measuring bowl
Milliliters or fluid ounces would be reasonable metric units to measure the capacity of a drinking glass. These units are commonly used for measuring liquid volumes and would provide a clear indication of the glass's capacity.
Pour it into a measuring cup, or if you can't do that, take the volume (LengthxWidthxHeight) of course that is difficult unless you have a rectangular pitcher, so I'd go with the measuring cup.
Pitchers come in all shapes and sizes. A two-quart pitcher would be 1.89 liters.
every half a packet will make a half a pitcher that will give you 2 glasses, so you would need one and a half packets. but just make two pitchers, and that way you will have two refills if needed.
liter
You would use a measuring cup or a graduated cylinder to measure the capacity of a container. Fill the container with water and then pour the water into the measuring cup or graduated cylinder to determine its volume.
lemonade business