Answer :
Final answer:
A triple beam balance typically measures mass to the nearest tenth of a gram (0.1 grams), however, modern digital scales can measure up to the nearest thousandth of a gram (0.001 grams). This sensitivity represents the smallest unit the balance can accurately measure.
Explanation:
The sensitivity of a triple beam balance generally refers to its smallest measure. A traditional mechanical triple beam balance can usually measure mass to the nearest tenth of a gram, which means the sensitivity would be 0.1 grams. This is because the balance could accurately determine the mass of an object if it falls within 0.1 gram increments. However, many digital scales are now able to measure mass with greater sensitivity, often up to the nearest thousandth of a gram (0.001 grams). This difference in sensitivity between mechanical balances and digital scales illustrates the advancement in technology and the increased precision it brings to measurements.
Constant awareness of the sensitivity and accuracy level of your measuring instruments is critical to obtaining valid results that hold significance in scientific exams and real-world applications. Every measurement device, including triple beam balances, has inherent uncertainty tied to its sensitivity. Therefore, when making measurements, consider both the precision and the potential uncertainty associated.
Learn more about Triple Beam Balance Sensitivity here:
https://brainly.com/question/32824935
#SPJ11
