write few lines on how does our ancestors used to measure the physical quantities and also give your opinion on whether that method of measurement followed by them was an accurate
Measurement, loosely defined is the length, amount, or size of something that is measured. Long ago, the idea of a universal measuring system didn’t exist. That was, until the 18th century where measurement became a cohesive system. Before this period, countries such as France had measuring systems for nearly every profession. In 1795 thenumber of measurements in France alone numbered well over seven hundred.The names for many units of measurement were borrowed from human morphology. For example, the foot, the hand, the pace, etc. Still, however, these units of measurement were not standardized.As the measurement were not standardized the measurement followed by them was not much accurate....
1 votes Thanks 1
priyanshianand44
Mark it Brain liest pls I spend so much time writing it
In ancient times, our ancestors developed various methods to measure physical quantities before the advent of modern standardized systems. They relied on their observations and practical techniques to assess different aspects of the physical world. For instance, they used body parts like feet, hands, and spans to measure lengths, and units like cubits and fathoms were derived from these measurements. Weight was often measured using balances, utilizing stones or other objects with known weights for comparison. Time was observed using devices like sundials, water clocks, and sandglasses.
While the methods employed by our ancestors were undoubtedly innovative for their time, it is important to acknowledge that they were not always precise or uniform. Due to the lack of standardized units, variations in body proportions or environmental conditions could lead to inconsistencies in measurements. Additionally, the accuracy of their measurements depended heavily on the skills and knowledge of the individuals involved.
However, it is remarkable to recognize that despite these limitations, our ancestors achieved remarkable feats in construction, engineering, and other disciplines, which demonstrate their practical understanding of measurement. Their methods served them well in their respective contexts, given the technology and knowledge available to them.
Today, we benefit from the advancements made in measurement science and the establishment of standardized systems like the International System of Units (SI). These standardized units enable greater accuracy, precision, and global uniformity in measurements across various disciplines. The modern methods of measurement have undoubtedly improved our understanding of the physical world and facilitated advancements in scientific research, technology, and commerce.
In conclusion, while the methods of measurement followed by our ancestors may not have been as accurate or precise as modern methods, they were still functional for their time. Their ingenuity and practicality allowed them to navigate their world effectively. The development of standardized systems in modern times has certainly enhanced our ability to measure physical quantities with greater precision and accuracy.
Answers & Comments
Verified answer
Answer:
can you mark it as brainliest
Explanation:
Measurement, loosely defined is the length, amount, or size of something that is measured. Long ago, the idea of a universal measuring system didn’t exist. That was, until the 18th century where measurement became a cohesive system. Before this period, countries such as France had measuring systems for nearly every profession. In 1795 thenumber of measurements in France alone numbered well over seven hundred.The names for many units of measurement were borrowed from human morphology. For example, the foot, the hand, the pace, etc. Still, however, these units of measurement were not standardized.As the measurement were not standardized the measurement followed by them was not much accurate....
In ancient times, our ancestors developed various methods to measure physical quantities before the advent of modern standardized systems. They relied on their observations and practical techniques to assess different aspects of the physical world. For instance, they used body parts like feet, hands, and spans to measure lengths, and units like cubits and fathoms were derived from these measurements. Weight was often measured using balances, utilizing stones or other objects with known weights for comparison. Time was observed using devices like sundials, water clocks, and sandglasses.
While the methods employed by our ancestors were undoubtedly innovative for their time, it is important to acknowledge that they were not always precise or uniform. Due to the lack of standardized units, variations in body proportions or environmental conditions could lead to inconsistencies in measurements. Additionally, the accuracy of their measurements depended heavily on the skills and knowledge of the individuals involved.
However, it is remarkable to recognize that despite these limitations, our ancestors achieved remarkable feats in construction, engineering, and other disciplines, which demonstrate their practical understanding of measurement. Their methods served them well in their respective contexts, given the technology and knowledge available to them.
Today, we benefit from the advancements made in measurement science and the establishment of standardized systems like the International System of Units (SI). These standardized units enable greater accuracy, precision, and global uniformity in measurements across various disciplines. The modern methods of measurement have undoubtedly improved our understanding of the physical world and facilitated advancements in scientific research, technology, and commerce.
In conclusion, while the methods of measurement followed by our ancestors may not have been as accurate or precise as modern methods, they were still functional for their time. Their ingenuity and practicality allowed them to navigate their world effectively. The development of standardized systems in modern times has certainly enhanced our ability to measure physical quantities with greater precision and accuracy.