They depend on the design of the instrument.
It is not; there are more precise measurements.
Radio-Telescope measurements are the most precise
2.5cm is the most precise measurement of the two measurements.
Yes, all measurements are approximate to some extent due to factors such as the limitations of measuring instruments, human error, and environmental conditions. Even with precise tools, there is often a degree of uncertainty associated with measurements. This inherent variability means that measurements can only be considered accurate within a specified range or tolerance. As a result, understanding and accounting for this approximation is crucial in scientific and practical applications.
No. A broken clock gives a very precise time, but most of the time it is wrong.
micrometer and vernier calliper
the precision of the least precise measuement
Absolute measuring instruments provide measurements based on a fixed reference point, such as zero, while secondary measuring instruments provide measurements based on a comparison to a known standard. Absolute instruments are generally more accurate and precise, but may be more costly and require calibration. Secondary instruments are typically less precise but can be more practical for everyday use.
Ordinary spirit levelling uses a spirit level to measure height differences between points, whereas precise levelling involves more precise instruments like a digital level or automatic level to achieve higher accuracy in measurements. Precise levelling is typically used for engineering and construction projects that require more accurate measurements.
The most precise measurements in scientific research are typically taken using advanced instruments and techniques such as electron microscopes, spectrometers, and atomic force microscopes. These tools allow researchers to measure at the atomic and molecular levels with high accuracy and precision.
An observation using instruments involves collecting data or information about a phenomenon through the use of technological tools such as telescopes, microscopes, sensors, or satellites. These instruments help scientists to gather precise measurements and observations that may not be possible with just the human eye.
It is not; there are more precise measurements.
A micropipette is best suited for precise measurements in a laboratory setting.
Instrument precision is crucial for accurate measurements in scientific experiments. Precise instruments help minimize errors and ensure reliable data, leading to more valid and trustworthy results.
Radio-Telescope measurements are the most precise
yes...
Using a mini slit in optical instruments helps to improve the resolution and clarity of images by reducing unwanted light and enhancing contrast. This allows for more precise measurements and better overall performance of the instrument.