The least count of a physical balance is the smallest measurement that can be read or displayed on the balance scale. It is determined by the precision of the scale and the smallest division marked on the scale or indicated by the scale's display.
The least count of a spring balance is the smallest measurement that can be accurately read and recorded. It is typically determined by the smallest division on the scale of the spring balance, which represents the smallest change in weight that can be detected.
The least count of a lever balance is the smallest measurement that can be accurately read or measured using the device. It is determined by the precision of the markings on the scale or the smallest division that can be observed on the balance. The least count is crucial for obtaining accurate measurements and is typically expressed in units such as grams or millimeters depending on the scale being used.
The least count of a spring balance is typically calculated by dividing the total range of the scale by the number of divisions on the scale. For example, if a spring balance has a total range of 20 kg and is divided into 100 divisions, the least count would be 0.2 kg (20 kg / 100 divisions).
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 of a physical balance is the smallest measurement that can be read or displayed on the balance scale. It is determined by the precision of the scale and the smallest division marked on the scale or indicated by the scale's display.
The least count of an analytical balance is typically 0.1 mg. This means that the balance can measure differences in mass as small as 0.1 mg.
The least count of a spring balance is the smallest measurement that can be accurately read and recorded. It is typically determined by the smallest division on the scale of the spring balance, which represents the smallest change in weight that can be detected.
The least count of the balance has been given in the balance itself.Otherwise place the weight in the balnce and check the result in the balance.If the result shows for 1kg i.e 1.001 then the lease count of the balance is 0.001kg. S.Kumar Asst.Manager QA Medopharm bangalore
Smallest value of a physical quantity which can be measured accurately by an instrument is called least count
The least count of a beam balance depends on the divisions marked on the scale. It is the smallest weight that can be measured using the balance. It is generally calculated as the value of one scale division divided by the total number of divisions on the scale.
the least count of the device must be noted first. the uncertainty of this will be the least count divided by 2. so if its is 0.1 then it will be 0.05
Its least count is 0.001g i.e minimum among other balances.Its precision is maximum due to minimum least count.So electronic balance is an accurate balance.
The least count of a lever balance is the smallest measurement that can be accurately read or measured using the device. It is determined by the precision of the markings on the scale or the smallest division that can be observed on the balance. The least count is crucial for obtaining accurate measurements and is typically expressed in units such as grams or millimeters depending on the scale being used.
In my opinion, Least count of Spring Balance is very less to measure valuable metal like Gold.
The least count of a spring balance is typically calculated by dividing the total range of the scale by the number of divisions on the scale. For example, if a spring balance has a total range of 20 kg and is divided into 100 divisions, the least count would be 0.2 kg (20 kg / 100 divisions).
43 in case of double so it"ll be 86 for triple , Jk that was just crzy.