if your using water you put in say 50 ml of water in a graduated cylender. then you take a piece of foil, measure its length and width. then you put the foil totally into the 50 ml of water and measure the amount the water takes up say it goes to 51 ml from 50 ml.
a milliter is equal to 1 cm3 so you use the formula for the volume of a cube
V=Length x Width x Height
and plug in the data you've found say you measured length and width as 2 cm each
1 cm3= 2 cm x 2 cm x thickness
then you divide each side so thickness is alone
1cm3/2cm/2cm= .25 cm = thickness
<><><><><>
The math above is right, but the implementation is tricky. Foil is a lot thinner than 0.25 cm, so the accuracy of any answer by this method would be suspect. You would need a lot more foil than just 2 cm x 2 cm in order to see a measurable increase in displaced volume. Also, there's the problem of making sure there are no air bubbles adhering to the foil.
One way to improve accuracy by this method is to take many small sheets of foil and compress them together, and then measure their displacement. Again, you have to be careful that there are no voids or air bubbles between layers.
A graduated cylinder or a syringe can be used to measure 10 ml of water accurately. Alternatively, a measuring spoon that is calibrated for milliliters can also be used for measuring small volumes of liquids.
To measure out 20ml of water, you would need a measuring cup or a graduated cylinder with markers indicating milliliters. Pour the water into the measuring tool slowly until it reaches the 20ml mark.
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.
A graduated cylinder is the most appropriate tool for measuring the volume of water accurately. It has clear markings for measuring different volumes of liquid and is designed specifically for this purpose.
A graduated cylinder or a measuring cup with mL markings would be best for measuring 95 mL of water accurately. Be sure to read the measurement at eye level for accuracy.
To measure a rock using a measuring cylinder, you can follow these steps: Fill the measuring cylinder with water up to a marked level. Note down the initial water level. Carefully place the rock into the water, ensuring it is fully submerged. Measure the new water level and calculate the difference to determine the volume of the rock.
The volume of the stone is measured by displacement. Water is put into the measuring cylinder to a noted mark. The stone is placed in the cylinder and the water level will rise. The difference between the two levels is the volume in ml of the stone.
You would use a measuring cup or a graduated cylinder to measure the amount of water in a fish tank. Alternatively, you can also calculate the volume of water by measuring the length, width, and height of the tank and using a formula for volume.
To find the volume of an object using a measuring cylinder and an overflow jar, first fill the overflow jar to the brim with water and place it in a container to catch any overflow. Submerge the object in the overflow jar, allowing the displaced water to spill into the container. Measure the collected overflow water using the measuring cylinder; this volume corresponds to the volume of the submerged object. The volume of the water displaced is equal to the volume of the object.
I think you are talking about a graduated cylinder. When measuring liquids in a grad. cylinder you should read at the bottom of the miniscus ( the curved surface of the water or other liquid).
minimum wall thickness of cylinder of water capacity 33.3 liter is 2.5 mm
Mass divided by volume. Weigh the pellets to find the mass, then add the pellets to a measuring cylinder of water (or something of higher density than your pellets) and find the volume using the rise of water in the measuring cylinder
To find the volume of a rock using a measuring cylinder, first fill the cylinder with a known amount of water and record the initial water level. Then, carefully submerge the rock in the water, ensuring it is fully submerged without touching the sides of the cylinder. Record the new water level, and subtract the initial water level from the new level to determine the volume of the rock, which is equal to the volume of water displaced.
The volume reading on the measuring cylinder will increase due to the addition of the water. The meniscus, or the curve at the surface of the water, will form and the volume measured will be the amount of water that was poured in.
A graduated cylinder or a syringe can be used to measure 10 ml of water accurately. Alternatively, a measuring spoon that is calibrated for milliliters can also be used for measuring small volumes of liquids.
To measure the volume of raisins using a measuring cylinder and water, first fill the cylinder with a known amount of water and note the initial volume. Next, gently add the raisins to the water, ensuring they are fully submerged. Observe the new water level and record this volume. The volume of the raisins is determined by subtracting the initial water volume from the final water volume.
To measure out 20ml of water, you would need a measuring cup or a graduated cylinder with markers indicating milliliters. Pour the water into the measuring tool slowly until it reaches the 20ml mark.