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What unit do the volume Lines on a graduated cylinder represent?
Wiki User
∙ 7y ago
It should say on the cylinder. Most of the ones I've seen are marked every 1 or 2 ml and labelled every 10 ml, or marked every 0.1 ml and labelled every ml.
Wiki User
∙ 7y ago
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What are the lines called on a graduated cylinder?
calibration mark
A cylinder and a sphere are different?
Yes, because a cylinder has lines and a sphere is round. Yes a cylinder has a circle but it does has lines also. But a circle has no vertexes. And a cylinder has a vertexes.
What do the parallel lines on the Ife portrait heads represent?
The parallel lines represent scarification patterns.
Do all lines represent functions?
No. Vertical lines are not.
How many lines on a cylinder?
There are 0 lines on a cylinder their are 2 edges, 3 sides and 2 corners however.
A clear cylinder marked with evenly space lines for determining the volume of liqed?
It is a graduated cylinder.
Why are there lines on a graduated cylinder?
calibration mark
What is a graduated c Cylinder used for?
A graduated cylinder is used to accurately measure liquids in laboratory settings. It is marked with graduated lines to show different volume measurements, allowing for precise readings of the amount of liquid present.
How do you draw a graduated cylinder?
To draw a graduated cylinder, start by drawing a tall, narrow rectangle to represent the cylinder body. Next, draw evenly spaced horizontal lines (graduations) along the length of the rectangle to indicate the volume markings. Add a flat oval shape at the top of the cylinder for the base. Finally, add any additional details such as a pouring spout or handle if desired.
Where do you read the volume in the graduated cylinder?
Graduated cylinders are marked with lines showing the various volumes that are reached by fluid in the cylinder. That is why they are called graduated. If they did not have such markings they would just be ordinary cylinders. So, you see what marking the fluid reaches. That's how you measure the volume. You are just reading it off the cylinder, much the way you read length off a ruler.
Is a graduated cylinder similar to a measuring cylinder?
Yes, a graduated cylinder is similar to a measuring cylinder. Both are cylindrical containers used for measuring the volume of liquids. Graduated cylinders typically have markings to indicate volume measurements, while measuring cylinders may or may not have these markings.
What are the lines called on a graduated cylinder?
calibration mark
Do you measure volume to the top or bottom of the muniscus?
When measuring the volume of a liquid in a graduated cylinder or similar container, the volume is typically measured to the bottom of the meniscus (the curved surface of the liquid). This is because the liquid forms a concave shape at the edges due to surface tension, and the volume should be read at the lowest point of the curve for accuracy.
What is function of the graduated cylinder?
A graduated cylinder is used to measure the volume of a liquid. It is marked with measurement graduations along its length, allowing for precise volume measurements to be taken by reading the level of the liquid at eye level.
What units of measurements are founf on a graduated cylinder?
in the metric system the lines refer to milliliters
Why would a scientist use a graduated cylinder instead of beaker?
A scientist would use a graduated cylinder instead of a beaker when they require more precise volume measurements. Graduated cylinders have marked graduations that allow for more accurate volume readings compared to beakers, which do not have precise measurement markings.
How do you find the volume using the displacement method?
This method only works for solids, and obviously if you pour a liquid into another liquid to test it's volume, you will lose the liquid. First you put a general amount of water into a graduated cylinder, or a cylinder with lines marking the volume. I would recommend using about 10 mmL of water. Next, drop your solid into the graduated cylinder. Observe what the water line has risen to be. For example, the water line begins at 10 mmL, and after you drop your solid in, it has risen to be 25 mmL. You then subtract the old volume from the new, and the difference is your solid's volume. In the example, you would subtract 10 from 25 to get 15.
