Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

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Express the following rational numbers in the form of terminating or terminating decimal numbers:

$\frac{- 9}{40}, \frac{- 5}{9}, \frac{35}{16}, - 2 \frac{4}{11}, \frac{- 88}{7}$

Important Questions on Real Numbers

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The decimal expansion of $\frac{2517}{6250}$ will terminate after _____ digits.

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

If

\frac{a}{b}

is a rational number

(b \neq 0)

in its lowest form, then what is the condition on

b

so that the decimal representation of

\frac{a}{b}

is terminating?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Which of the following is a rational number?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

In following, identify the rational number:

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Which one of the following decimal numbers is a rational number with denominator $37$ ?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

In following, the rational number is

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The number of decimal places after which the decimal expansion of the rational number

\frac{14588}{625}

will terminate is

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

State whether the decimal expansion of a rational number

\frac{7}{80}

is terminating or non terminating recurring. Without performing the long division method.

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The square root of which of the following is a rational number?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The square root of which of the following is a rational number?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Which of the following is a terminating decimal?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The terminating decimal expansion of the number

\frac{337}{125}

is _____

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

\sqrt{121}

is :

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

From the given rational numbers, _____ will have non-terminating recurring decimal

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Without actually performing the long division, state whether the rational number

\frac{35}{50}

will have a terminating decimal expansion or a non-terminating repeating decimal expansion.

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Number

r

is termed as Rational number if it can be expressed as

\frac{p}{q}

, where

p

and

q

are integers and,

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

The decimal expansion of the number

\frac{14588}{8750}

will

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Find a rational number between

\sqrt{2}

and

\sqrt{3}

.

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

If

x = 0 . \bar{7}

then what is the value of

2 x

?

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Mathematics>Arithmetic>Real Numbers>Decimal Form of Rational Numbers

Find such number, so that one fourth of the number is $8$ more than $5$ :