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When a number is decreased by 
6%, the result is 55 . What is the original number to the nearest tenth?
Answer:

When a number is decreased by 6% 6 \% , the result is 5555 . What is the original number to the nearest tenth?\newlineAnswer:

Full solution

Q. When a number is decreased by 6% 6 \% , the result is 5555 . What is the original number to the nearest tenth?\newlineAnswer:
  1. Understand the problem: Understand the problem and set up the equation.\newlineWe are given that when a number is decreased by 6%6\%, the result is 5555. We need to find the original number. Let's denote the original number as xx. The equation to represent this situation is:\newlinex0.06x=55x - 0.06x = 55
  2. Simplify the equation: Simplify the equation.\newlineCombine like terms on the left side of the equation:\newlinex(10.06)=55x(1 - 0.06) = 55\newlinex(0.94)=55x(0.94) = 55
  3. Solve for x: Solve for x.\newlineTo find the original number xx, divide both sides of the equation by 0.940.94:\newlinex=550.94x = \frac{55}{0.94}
  4. Perform the division: Perform the division to find xx.\newlinex58.51063829787234x \approx 58.51063829787234
  5. Round the result: Round the result to the nearest tenth.\newlineThe original number rounded to the nearest tenth is approximately 58.558.5.

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