The value of \(1.\overline{36} +3.\overline{24} + 1.\overline{33} \) is:
- AOption (a)
\(\frac{196}{32}\)
- BOption (b)
\(\frac{176}{29}\)
- COption (c)
\(\frac{186}{29}\)
- DOption (d)
\(\frac{196}{33}\)
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Correct answer
\(\frac{196}{33}\)
Why this answer is correct
Given:
The value of 1.\(\overline{36}\) + 3.\(\overline{24}\) + 1.\(\overline{33}\) is:
Formula used:
To convert a repeating decimal into a fraction:
If the repeating part is "x", use the formula: \(\text{Number} = \frac{\text{Non-repeating + Repeating}}{\text{Denominator}}\)
Calculation:
1.\(\overline{36}\) = 1 + \(\frac{36}{99}\) = \(\frac{135}{99}\)
3.\(\overline{24}\) = 3 + \(\frac{24}{99}\) = \(\frac{321}{99}\)
1.\(\overline{33}\) = 1 + \(\frac{33}{99}\) = \(\frac{132}{99}\)
Now, summing them up:
⇒ 1.\(\overline{36}\) + 3.\(\overline{24}\) + 1.\(\overline{33}\) = \(\frac{135}{99} + \frac{321}{99} + \frac{132}{99}\)
⇒ \(\frac{135 + 321 + 132}{99} = \frac{588}{99}\)
⇒ Simplify: \(\frac{588}{99} = \frac{196}{33}\)
∴ The correct answer is option (4).