Rational numbers and their decimal expansions - class-VI
Description: rational numbers and their decimal expansions | |
Number of Questions: 18 | |
Created by: Gagan Singh | |
Tags: decimal forms sequences and sets number system maths real number decimal representation of rational numbers and operations number systems real numbers (rational and irrational numbers) real numbers decimal fractions rational and irrational numbers |
Express the following as a recurring decimal.
Express the following in a recurring decimal form.
Find, whether each of the followings is a terminating or a non-terminating decimal.
Find whether it is a terminating or a non-terminating decimal.
Express the following in a recurring decimal form.
The decimal representation of $\dfrac {65}{455}$ will be
Convert the following fraction into simple decimal recurring form.
The non terminating non-recurring decimal cannot be represented as
Which of the following has a value of non-terminating decimal ?
If a number has a non-terminating and non-recurring decimal expansion, then it is.
$2.13113111311113....$ is _____________.
State the following statement is True or False
$\dfrac{7}{9}$ has a value of non terminating decimal number
The decimal expansion of $\sqrt{2}$ is :
Classify the decimal form of the given rational number into terminating non-terminating recurring type.
State the following statement is True or False
Without actually performing the long division, state whether the following rational numbers will have a terminating decimal expansion or a non-terminating repeating decimal expansion.
$\dfrac {29}{343}$
If $9{x}^{2}+25{y}^{2}=181$ and $xy=-6$, find the value of $3x+5y$