It depends on the smallest unit. For a 10mL graduated cylinder, the smallest unit is usually 0.1mL while a 100mL graduated cylinder is usually 1mL. Therefore:
10mL= (0.1mL/2) is an uncertainty of 0.05mL
100mL=(1mL/2) is an uncertainty of 0.5 mL
Another way to think of it is that there are ten 10mL cylinders in an 100mL cylinder, so the 100mL cylinder has an uncertainty of ten times the 10mL.
Hope this helped!
100 cc of 02: 22.4 L = 2 x 16 gm = 32 gm 1 L = 1000 cc = 32 gm/22.4 = 1.43 gm 100 cc = 0.1 x 32 / 22.4 = 0.143 gm
To measure uncertainty, you need to know the precision of the instrument, which refers to the smallest unit that an instrument can measure. A measurement can then be represented with its associated uncertainty, such as X = (5 +/- 1) cm. In this case, the actual value can deviate from the mean (5cm) by 1cm, so the minimum and maximum values ate 4cm and 6cm respectively. The percentage uncertainty is calculated by (absolute uncertainty / mean value) * 100%.
The number of balloons that can be filled from one cylinder depends on the size of the cylinder and the size of the balloons. Typically, a small cylinder can fill around 30-50 balloons, while a larger cylinder can fill over 100 balloons.
They weigh the same they are both 100 pounds....
Theoretically a graduated cylinder...but if the only graduate I've got holds five liters with graduations 100 ml apart and I'm trying to measure to the milliliter, the pipette would be more accurate.
To calculate the percentage error in a 5ml graduated pipette, you need to know the least count or uncertainty of the pipette. Divide the uncertainty by the volume (5ml) and then multiply by 100 to get the percentage error. For example, if the uncertainty is ±0.1 ml, the percentage error would be 0.1/5 * 100 = 2%.
An empty graduated cylinder typically weighs around 100-200 grams, depending on its size and material.
One advantage of using a 100 milliliter graduated cylinder is that it allows for more precise measurements of volume compared to smaller graduated cylinders. This larger size reduces parallax errors and allows for easier reading of the meniscus.
0.1
no. no you can't
its millilitres
Either a 100 mL or a 50 mL The 50 mL is better because you can see the meniscus against the graduated lines of the cylinder better.
That's depending of the design, outer measures, kind of glass, but merely on the thickness of (the wall and bottom of) the glass cylinder.
This would be called a graduated cillender. But the ccs vary in this tool...from 100 to 1000 * * * * * A graduated CYLINDER might be a better choice!
Some disadvantages of using a 10 ml graduated cylinder over a 100 ml graduated cylinder include limited capacity for holding liquids, which may require multiple measurements and increase the likelihood of errors. Additionally, the smaller markings on a 10 ml cylinder can make it more challenging to accurately read the volume, especially for smaller increments.
When using a 100 mL graduated cylinder, you typically read the volume measurement to two decimal places (e.g., 23.45 mL). The first decimal place represents the milliliter increments, while the second decimal place represents the tenths of a milliliter.
a graduated cylinder. If you can find one that measures 100 mL, then this will be most accurate. If you find one that measures 1000 mL, this will be less accurate.