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A snail sits at the bottom of a 30-foot wall. Each hour it can climb three feet, but it then slips down two feet. How long does it take the snail to reach the top?

Question

A snail sits at the bottom of a 30-foot wall. Each hour it can climb three feet, but it then slips down two feet. How long does it take the snail to reach the top?

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Solution

Sure, let's break this problem down:

  1. In one hour, the snail effectively climbs 1 foot. This is because it climbs 3 feet and then slips down 2 feet (3 feet - 2 feet = 1 foot).

  2. However, once the snail reaches the top, it won't slip down anymore. So, for the last climb, it will climb 3 feet without slipping down.

  3. Therefore, we need to consider the wall as being 2 feet shorter, or 28 feet, because for the last climb the snail will climb 3 feet without slipping.

  4. At a rate of 1 foot per hour, it will take the snail 28 hours to climb 28 feet.

  5. Then, it will take an additional 1 hour to climb the last 3 feet.

  6. So in total, it will take the snail 29 hours to reach the top of the 30-foot wall.

This problem has been solved

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