Question 12 Marks
By actual division, express the repeating decimal : $\frac{2000}{33}$
Answer$60 . \overline{60}$
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By actual division, express the repeating decimal : $\frac{227}{30}$
View full question & answer→Question 32 Marks
By actual division, express the repeating decimal : $\frac{16}{7}$
Answer $2 . \overline{285714}$
View full question & answer→Question 42 Marks
By actual division, express the repeating decimal : $\frac{212}{143}$
Answer$1 . \overline{482517}$
View full question & answer→Question 52 Marks
By actual division, express the repeating decimal : $\frac{303}{11}$
Answer$27 . \overline{54}$
View full question & answer→Question 62 Marks
By actual division, express the repeating decimal : $\frac{101}{15}$
View full question & answer→Question 72 Marks
By actual division, express the repeating decimal : $\frac{7}{12}$
Answer$0.58 \overline{3}$
View full question & answer→Question 82 Marks
By actual division, express the repeating decimal : $\frac{103}{9}$
Answer$11 . \overline{4}$
View full question & answer→Question 92 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{219}{440}$
View full question & answer→Question 102 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{127}{225}$
View full question & answer→Question 112 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{1003}{112}$
View full question & answer→Question 122 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{461}{60}$
View full question & answer→Question 132 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{205}{27}$
View full question & answer→Question 142 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{100}{9}$
View full question & answer→Question 152 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{79}{30}$
View full question & answer→Question 162 Marks
Without actual division, show that the rational number is expressible as a repeating decimal : $\frac{23}{24}$
View full question & answer→Question 172 Marks
By actual division, express the rational number as a terminating decimal : $\frac{309}{1250}$
View full question & answer→Question 182 Marks
By actual division, express the rational number as a terminating decimal : $\frac{1}{125}$
View full question & answer→Question 192 Marks
By actual division, express the rational number as a terminating decimal : $\frac{2}{25}$
View full question & answer→Question 202 Marks
By actual division, express the rational number as a terminating decimal : $\frac{17}{80}$
View full question & answer→Question 212 Marks
By actual division, express the rational number as a terminating decimal : $\frac{103}{40}$
View full question & answer→Question 222 Marks
By actual division, express the rational number as a terminating decimal : $\frac{76}{125}$
View full question & answer→Question 232 Marks
By actual division, express the rational number as a terminating decimal : $\frac{23}{16}$
View full question & answer→Question 242 Marks
By actual division, express the rational number as a terminating decimal : $\frac{11}{8}$
View full question & answer→Question 252 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{807}{1250}$
View full question & answer→Question 262 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{431}{500}$
View full question & answer→Question 272 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{129}{320}$
View full question & answer→Question 282 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{123}{200}$
View full question & answer→Question 292 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{9}{80}$
View full question & answer→Question 302 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{44}{125}$
View full question & answer→Question 312 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{17}{20}$
View full question & answer→Question 322 Marks
Without actual division, show that the rational number is expressible as a terminating decimal : $\frac{11}{16}$
View full question & answer→Question 332 Marks
Represent the rational number on the number line : $\frac{13}{6}$
View full question & answer→Question 342 Marks
How many pieces, each of length $2 \frac{3}{4}$m can be cut from a rope of length 66 m?
View full question & answer→Question 352 Marks
Represent the rational number on the number line : $\frac{-12}{5}$
View full question & answer→Question 362 Marks
The cost of 20 metres of ribbon is ₹ 335. Find the cost of each metre of it.
Question 372 Marks
Represent the rational number on the number line : $-\frac{3}{4}$
View full question & answer→Question 382 Marks
The cost of 17 pencils is ₹ $ 59 \frac{1}{2}$. Find the cost of each pencil.
View full question & answer→Question 392 Marks
Represent the rational number on the number line : $\frac{23}{-5}$
View full question & answer→Question 402 Marks
By what rational number should $\frac{25}{8}$ be multiplied to get $\frac{-20}{7}$ ?
View full question & answer→Question 412 Marks
Represent the rational number on the number line : $\frac{22}{7}$
View full question & answer→Question 422 Marks
By what rational number should $\frac{-9}{35}$ be multiplied to get $\frac{3}{5}$ ?
View full question & answer→Question 432 Marks
Represent the rational number on the number line : $-\frac{3}{8}$
View full question & answer→Question 442 Marks
The product of two rational numbers is $\frac{-2}{3}$ If one of them is $\frac{16}{39}$, find the other.
View full question & answer→Question 452 Marks
Represent the rational number on the number line : $\frac{1}{6}$
View full question & answer→Question 462 Marks
The product of two rational numbers is $\frac{2}{5}$ If one of them is $\frac{-8}{25}$, find the other.
View full question & answer→Question 472 Marks
Evaluate: $\frac{1}{25} \div-5$
View full question & answer→Question 482 Marks
Evaluate: $26 \div \frac{-1}{13}$
View full question & answer→Question 492 Marks
Evaluate: $-2 \frac{4}{7} \div \frac{6}{35}$
View full question & answer→Question 502 Marks
Evaluate: $\frac{-27}{32} \div \frac{-9}{16}$
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