The importance of least count ( the highest degree of accuracy of measurement) helps calculate the margin of errors when doing measurements.
The formula to calculate the least count of a micrometer is: Least count = Pitch of screw gauge / Number of divisions on circular scale
for a levelling staff the least count is 0.01in and in m 0.005m
The least count of a thermometer is the smallest temperature difference that it can measure accurately. Typically, for a standard mercury-in-glass thermometer, the least count is 0.1°C.
Doubling the number of divisions on the circular scale of a spherometer will decrease the least count by half. The least count is inversely proportional to the number of divisions, so as the number of divisions increases, the least count decreases.
The least count of a stopwatch is typically 0.01 seconds, although some models may have a higher or lower least count depending on their specific design and features. The least count refers to the smallest increment of time that can be accurately measured by the stopwatch.
The importance of least count is that it has a capable of taking more accurate and precise measurements
least count of scale is 1mm
least count means L.C.
5 mm is the least count of theodolite.
least count for micrometer is 0.01mm0.01 mm
The least count of the micrometer screw can be calculated using the formula given below: Least count = 0.01 mm
digital micrometer least count calculation
The formula to calculate the least count of a micrometer is: Least count = Pitch of screw gauge / Number of divisions on circular scale
The least count and maximum count of 6 electric appliances is 0.01MM and 25.00 MM respectively.
for a levelling staff the least count is 0.01in and in m 0.005m
least count of a micrometer= pitch/no of division on the circular scale
micro meter least count in British system