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Write the repeating decimal as a fraction.\newline.844844844.844844844

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Q. Write the repeating decimal as a fraction.\newline.844844844.844844844
  1. Identify Repeating Pattern: Let's identify the repeating pattern in the decimal. The digits 844\text{“}844\text{”} repeat indefinitely.
  2. Convert to Fraction: To convert the repeating decimal to a fraction, let's denote the repeating decimal as xx:x=0.844844844...x = 0.844844844...
  3. Isolate Repeating Part: To isolate the repeating part, we can multiply xx by 10001000, since there are three digits in the repeating sequence: 1000x=844.8448441000x = 844.844844\ldots
  4. Subtract Decimal Part: Now, we subtract the original xx from 1000x1000x to get rid of the decimal part: 1000xx=844.844844...0.844844844...1000x - x = 844.844844... - 0.844844844...
  5. Solve for x: Performing the subtraction, we get: 999x=844999x = 844
  6. Simplify Fraction: Now, we solve for xx by dividing both sides of the equation by 999999:x=844999x = \frac{844}{999}
  7. Simplify Fraction: Now, we solve for xx by dividing both sides of the equation by 999999:x=844999x = \frac{844}{999}We can simplify the fraction by looking for a common divisor. Both 844844 and 999999 are divisible by 11, but we need to check if there's a larger common divisor to simplify the fraction further.
  8. Simplify Fraction: Now, we solve for xx by dividing both sides of the equation by 999999:x=844999x = \frac{844}{999}We can simplify the fraction by looking for a common divisor. Both 844844 and 999999 are divisible by 11, but we need to check if there's a larger common divisor to simplify the fraction further.Upon checking, we find that there is no common divisor greater than 11 for 844844 and 999999. Therefore, the fraction is already in its simplest form.x=844999x = \frac{844}{999}

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