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Why use mixed numbers in fractions?
In a practical sense, sometimes it is better to have whole units rather than just pure fractions. it gives a better idea of "how big" is the thing. Having only fractions could be hard to compare (and thus make decisions based on those measurements)
What is the practical use of HCF and LCM?
For adding and subtracting fractions with different denominators and reducing them to their lowest terms.
How can finding the GCF be useful in real life?
One practical application of greatest common factor is to simplify fractions.
In your society would a number system that uses only counting numbers be practical?
A society that cannot compute fractions and has no concept of "zero" is at an instant disadvantage compared to one that can and does.
Who were the first people to use fractions?
The first known use of fractions dates back to ancient civilizations, particularly the Egyptians and Babylonians around 3000 to 2000 BCE. The Egyptians used a system of unit fractions, represented by symbols, for various practical applications, such as in trade and construction. The Babylonians, on the other hand, utilized a base-60 system that allowed for more complex fraction calculations. These early uses laid the foundation for the development of fractional concepts in mathematics.
What has the author Florence N Sloane written?
Florence N Sloane has written: 'Practical lessons in fractions by the inductive method' -- subject(s): Accessible book, Fractions
Why use mixed numbers in fractions?
In a practical sense, sometimes it is better to have whole units rather than just pure fractions. it gives a better idea of "how big" is the thing. Having only fractions could be hard to compare (and thus make decisions based on those measurements)
What is the practical use of HCF and LCM?
For adding and subtracting fractions with different denominators and reducing them to their lowest terms.
What can you use gcf for in the real world?
The question presumes that math classes are not part of the real world, which is debatable. The GCF can be used to simplify fractions. Carpenters and chefs use fractions in practical, non-academic settings.
Why do you need to find the reciprocal of the divisor when dividing a fraction?
It is not just in fractions. In general, division can be defined as multiplication by the reciprocal. For example, dividing by 5 is the same as multiplying by 0.2. However, it is mainly in calculations with fractions that this is normally used as a practical way of doing the calculations.
How can finding the GCF be useful in real life?
One practical application of greatest common factor is to simplify fractions.
How does finding the greatest common factor help us solve real world problems?
That presumes that math class is not part of the real world, which is debatable. Finding the greatest common factor can help reduce fractions. In a practical, non-academic setting, chefs and carpenters work with fractions and might have need of this skill.
In your society would a number system that uses only counting numbers be practical?
A society that cannot compute fractions and has no concept of "zero" is at an instant disadvantage compared to one that can and does.
Who were the first people to use fractions?
The first known use of fractions dates back to ancient civilizations, particularly the Egyptians and Babylonians around 3000 to 2000 BCE. The Egyptians used a system of unit fractions, represented by symbols, for various practical applications, such as in trade and construction. The Babylonians, on the other hand, utilized a base-60 system that allowed for more complex fraction calculations. These early uses laid the foundation for the development of fractional concepts in mathematics.
What are the practical application of centre of pressure?
what are the practical application of the center of pressure
In real life what can least common multiple do?
In a non-academic, practical setting the LCM is used when unlike fractions are added or subtracted, like when a carpenter has to add measurements of eights and sixteenths.
Cite some practical application as of the thermal expansion?
cite some practical application and geometry
