You can find the exact surface area for all of those shapes.
Use a caliper that's made for inside measurement.
Impossible to answer. You'd need at least one other measurement.
Is as exact as possible
Volume of a cylinder in cubic units = pi*radius2*height or length
You can find the exact surface area for all of those shapes.
The exact bore measurement is 101.6 mm.
Ask an optometrist
If you measure properly, the amount of water does not change. Measurement with whatever graduated cylinder you choose will not alter the amount of liquid measured. Most people choose to measure once with a larger one, but if the amount of liquid falls between the measurement lines, you can measure the "leftover" with a smaller cylinder and find the exact answer.
41.3 is an exact measurement.
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A graduated cylinder is a common container that measures liquid volume in exact milliliters. It typically has measurement markings engraved on the side to show precise volume increments.
Use a caliper that's made for inside measurement.
Because of the cylinder's circular shape, its surface area includes a multiple of pi. Because pi is an irrational number, you can not express its exact value numerically. The fact that you can't express it numerically does not however mean that you can't express it at all. For example, a cylinder with a radius of 1 centimeter and a height of 1 centimeter will have a surface area of exactly 4π centimeters.
It uses smaller segments of measurement making it more accurate
The unit of measurement that a graduated cylinder uses is the volume/mass of water.
A graduated cylinder is used to measure the volume of a liquid. It is a cylindrical container marked with volume measurements in milliliters or ounces, allowing for accurate measurement.