beam balance not give weight in points but electronic balance give weight in points
Chat with our AI personalities
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.
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.
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.
A Scientist would use a balance, either triple-beam or electronic.
p\][l,'.
A triple beam balance measures mass by comparing the weights of two objects. Placing it on a level surface ensures that the balance functions accurately and the measurements are precise by preventing any tilting or instability that could affect the readings. A level surface is essential for achieving consistent and reliable results when using a triple beam balance.