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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.

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βˆ™ 12y ago
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Q: Why is an electronic balance more accurate than a beam balance?
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Which one is more precise between beam balance and electronic balance?

An electronic balance is typically more precise than a beam balance because electronic balances can measure weight to smaller decimal points, providing more accurate results. Beam balances rely on manual adjustments and reading of weights, which can introduce more room for human error compared to the automated measurements of an electronic balance.


What is the specialty of triple beam balance?

A triple beam balance is more accurate than a spring operated balance.


What are some disadvantages of the beam balance?

Some disadvantages of the beam balance include being less precise than electronic balances, requiring manual adjustment for accurate readings, and being more susceptible to error from external factors such as air currents or vibrations.


What are the functions of double beam balance?

A double beam balance is used to compare the masses of two objects. It provides a more accurate measurement of mass than a spring scale. The two beams allow for fine adjustments to achieve balance, ensuring an accurate reading.


Who invented the electronic balance?

The electronic balance was invented by German physicist Fritz Knop in 1960. He designed it as a more accurate and automated alternative to traditional mechanical balances.


Why does a triple beam balance have 3 beams?

A triple beam balance has 3 beams to provide greater precision in measuring mass. Each beam represents a different order of magnitude, allowing for more accurate readings compared to a single beam balance. By adjusting the positions of the weights on each beam, users can achieve precise measurements.


When was invented a triple beam balance?

The triple beam balance was invented in 1907 by the company Ohaus Corporation. It was designed to provide a more accurate and precise way to measure the weight of objects in laboratories and educational settings.


Why is a platform balance more accurate than a triple beam balance?

A platform balance typically has a larger weighing platform, which allows for more precise measurements of larger quantities of material. It also tends to have a higher weight capacity than a triple beam balance. Additionally, platform balances are less sensitive to external factors like air currents, making them more accurate for certain applications.


Why is physical balance used in laboratories instead of beam balance?

Physical balance is used in laboratories instead of beam balance because physical balance is more accurate and sensitive in measuring small quantities of substances. It also provides quicker and more precise results compared to a beam balance, making it ideal for scientific research and experiments where precision is key. Additionally, physical balance is easier to calibrate and maintain, ensuring consistent and reliable measurements.


Difference between triple beam balance and digital balance?

A triple beam balance is a mechanical balance that uses three beams and weights to measure mass, while a digital balance is an electronic balance that provides a digital readout of mass. Digital balances are typically more precise and easier to use than triple beam balances.


What is the difference between a beam balance and spring balance?

A beam balance uses a lever and a fixed point to compare weights, while a spring balance measures weight by the amount a spring stretches or compresses. A beam balance is typically used for larger weights and is more accurate, while a spring balance is compact and portable, suitable for lighter weights.


How might the mass of the same object differ when measured on a triple beam balance versus an electronic scale?

The mass of the same object should ideally be the same when measured on both a triple beam balance and an electronic scale. However slight differences may arise due to the precision and calibration of the instruments with electronic scales often providing more precise readings.