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This depends on what you are measuring. A tool that can be used is a tape measure.
Because it is very simple mechanism manufacturer so much.
It is not; there are more precise measurements.
NO, a chisel is not a measuring tool. It is a cutting tool for removing small pieces of wood in very precise areas, as for installing a hinge or a lock plate in a doorjamb.
A graduated cylinder is used measuring precise volume of liquids.A graduated cylinder is used measuring precise volume of liquids.
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A caliper would be the best tool for measuring the width of a pencil lead. It is precise and allows you to measure small dimensions accurately.
A graduated cylinder is the most accurate tool for measuring volume in a laboratory setting. It typically has volume markings at different intervals to provide precise measurements.
A: IT is not tool but the Colorado spring atomic clock is precise to 1 sec every 30 million years.
A balance is a precise instrument used to measure mass of objects by comparing them with known masses. It provides accurate measurements by balancing the object against standard weights. This makes it a reliable tool for tasks that require precise measurements of mass.
Precise: Meridith was very PRECISE with her measuring: she'd make sure the sugar was EXACTLY a cup, no more and no less.
A micropipette is a common tool used for measuring small volumes of liquid accurately in the laboratory. This handheld device allows for precise measurements in the microliter range.
A balance or a scale is typically used to measure the mass of a feather. Feathers are very light, so a precise and sensitive instrument is required to accurately measure their mass.
A burette is a common tool used to measure liquids accurately in chemistry experiments, including acids. Burettes allow for precise control of adding acid to a solution, making them a reliable tool for measuring acid volumes. However, the choice of the "best" tool ultimately depends on the specific requirements of the experiment and the level of accuracy needed.
The precision of a measurement can be determined by looking at the number of decimal places in the measurement. The more decimal places, the more precise the measurement. Additionally, if a measuring tool is capable of measuring smaller increments, it can provide a more precise measurement.