It is y = int(4 1/4)
' 1 ' is the smallest whole number. 3/8 is less than that. There is no whole number that represents 3/8 .
The equation 1 x 1 = 1 meets the conditions you describe in your question. The whole number 1, when multiplied by itself (1 x 1) yields a product (the result of multiplication) of 1 (the original whole number).
y = - 1/3 x + any number.
A whole number n can be written as n/1. In that form, it is expressed as a ratio of two integers and so represents a rational number.
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A proper fraction which has 1 as the numerator is called a ________ fraction
' 1 ' is the smallest whole number. 3/8 is less than that. There is no whole number that represents 3/8 .
The equation 1 x 1 = 1 meets the conditions you describe in your question. The whole number 1, when multiplied by itself (1 x 1) yields a product (the result of multiplication) of 1 (the original whole number).
To write 33 as a fraction, you can simply express it as: 33/1 This fraction represents the whole number 33 as the numerator over the denominator 1, which signifies the whole quantity.is fraction represents the whole number 33 as the numerator over the denominator 1, which signifies the whole quantity.
y = - 1/3 x + any number.
The number of pieces in the whole is the reciprocal of the fraction which represents each piece.So if each piece is a seventh = 1/7, then the number of pieces in the whole is 1/(a seventh) = 1/(1/7) = 7.
The nearest whole number is 1, so that could be the best number.
A whole number n can be written as n/1. In that form, it is expressed as a ratio of two integers and so represents a rational number.
The chemical or element with the largest coefficient in front of its formula will have the largest number of molecules in the balanced equation. This is because the coefficient represents the number of molecules of that substance involved in the reaction.
7
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Y=1/x