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Q: What term describes a value with no decimal or fraction?
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What term descirbes a value with no decimal or fraction?

A term for a number that has no decimal or fraction is called a whole number.


What is the value of this decimal 0.2 as a fraction in its lowest term?

1/5


What is the value of the decimal 0.002 as a fraction in its lowest term?

0.002 as a fraction in its lowest terms is 1/500


What term describes a fraction that is less than 1?

A proper fraction or an improper negative fraction.


What is the fraction of decimal 0.55?

fraction of decimal 0.55 = 11/200.55 = 0.55 * 100/100 = 55/100 or 11/20 in fraction in lowest term


What term describes a fraction that has numerator that is equal to or greater than the denominator?

It is classed as an improper fraction


What term describes a fraction that has a variable or variable expression in its numerator its denominator or both?

It is an algebraic fraction.


What is the equivalent fraction for the decimal 0.60?

equivalent fraction for the decimal 0.60 = 3/5 0.6 * 10/10 = 6/10 or 3/5 in fraction in lowest term


Which term describes a fraction that has a variable or variable expression in its numerator it's denominator or both?

It is a variable fraction, NOT an algebraic fraction.


Which term describes how close a measurement is to the true value?

Accuracy describes how close a measurement is to the true value.


Which term describes a fraction that has a variable or variable expression in its numerator it's denominator or both apexvs?

It is a variable fraction, NOT an algebraic fraction.


How is the the square root of 5 incommensurable?

I am not sure whether the term "incommensurable" is appropriate here; the official term is "irrational", which means it can't be expressed exactly as a ratio: you can't write a fraction with integer numerator and denominator which is exactlyequal to the square root of 5 (or of any other integer that is not a perfect square) - but you can obviously get very close to the exact value with such a fraction. If you write the square root of 5 as a decimal, you will get an infinite amount of decimal digits, which will not repeat.I am not sure whether the term "incommensurable" is appropriate here; the official term is "irrational", which means it can't be expressed exactly as a ratio: you can't write a fraction with integer numerator and denominator which is exactlyequal to the square root of 5 (or of any other integer that is not a perfect square) - but you can obviously get very close to the exact value with such a fraction. If you write the square root of 5 as a decimal, you will get an infinite amount of decimal digits, which will not repeat.I am not sure whether the term "incommensurable" is appropriate here; the official term is "irrational", which means it can't be expressed exactly as a ratio: you can't write a fraction with integer numerator and denominator which is exactlyequal to the square root of 5 (or of any other integer that is not a perfect square) - but you can obviously get very close to the exact value with such a fraction. If you write the square root of 5 as a decimal, you will get an infinite amount of decimal digits, which will not repeat.I am not sure whether the term "incommensurable" is appropriate here; the official term is "irrational", which means it can't be expressed exactly as a ratio: you can't write a fraction with integer numerator and denominator which is exactlyequal to the square root of 5 (or of any other integer that is not a perfect square) - but you can obviously get very close to the exact value with such a fraction. If you write the square root of 5 as a decimal, you will get an infinite amount of decimal digits, which will not repeat.