Precision measurement is that which has maximum uncertainity
The precision of any measurement comes from the equipment being used, instruments that can measure in smaller increments are more precise, as they can measure closer to the true value. For example if you used a ruler to measure the thickness of a wire, you may get a result of 2mm, but if you measure the same wire with a micrometer you may get a result of 1.8mm - the micrometer can measure in smaller increments, so the result is more precise.
A precision balance is a type of weighing instrument used to accurately measure the weight of small items or substances. It typically has a high level of precision and can measure weights to very small increments, often to the milligram or microgram level. Precision balances are commonly used in scientific research, laboratories, and industrial settings where precise measurements are essential.
A vernier caliper is used to measure length, not mass. It is a precision measuring tool commonly used in engineering, metalworking, and other fields to accurately determine the dimensions of an object with high precision.
A precision balance or a microbalance can be used to accurately measure the mass of a grain of salt. These instruments are sensitive enough to measure very small amounts of mass with high precision.
A micrometer or caliper would typically be used to measure the dimensions of a pin, such as its diameter or length, with precision.
Yes SD is ofcourse measure of precision
Precision
Standard error is a measure of precision.
The precision is 0.05 metres.
False
If you measure the same quantity repeatedly, a low variance in the measurements is a sign of high precision.
Use a tape measure and measure in metres. For greater precision, measure in centimetres.
Standard deviation gives a measure of precision, not accuracy. It quantifies the amount of variation or dispersion of a set of data points around the mean. Accuracy refers to how close a measurement is to the true value, while precision refers to how close repeated measurements are to each other.
precision
false
precision
The precision of any measurement comes from the equipment being used, instruments that can measure in smaller increments are more precise, as they can measure closer to the true value. For example if you used a ruler to measure the thickness of a wire, you may get a result of 2mm, but if you measure the same wire with a micrometer you may get a result of 1.8mm - the micrometer can measure in smaller increments, so the result is more precise.