A caliper and a micrometer are commonly used instruments to measure the diameter of a material. A caliper is suitable for larger diameters, while a micrometer provides more precise measurements for smaller diameters. Both instruments come in different types and configurations to suit various measurement needs.
The small diameters of volumetric flask and pipet necks help to control the flow of liquids during pouring or dispensing, allowing for more precise measurements. Additionally, the narrow necks help to reduce the risk of spills and splashing during transfer of liquids.
It is not; there are more precise measurements.
It is the ratio of their diameters.
Radio-Telescope measurements are the most precise
yes...
The range of a laboratory screw gauge is typically around 25-50 mm, although it can vary depending on the specific model. This range allows for precise measurements of small objects with diameters within that range.
The precision of a calculated result based on measurements is determined by the precision of the measurements themselves. The more precise the individual measurements are, the more precise the calculated result will be. Additionally, the number of significant figures in the measurements and the mathematical operations involved also affect the final precision of the result.
It means they (the builders, or architects) possessed/had very precise(exact) measurements when they were constructing (building) the pyramids.
2.5cm is the most precise measurement of the two measurements.
They depend on the design of the instrument.
Yes, the precision of an answer depends on the precision of the measurements used in the calculation. The number of significant figures in the answer should match the least number of significant figures in the measurements.