Answer :
Sure! Let's solve the problem step-by-step:
1. Understanding the Problem:
- The hike starts at an elevation of [tex]\(13 \frac{4}{5}\)[/tex] feet below sea level. This can be expressed as a negative number since it is below sea level.
- The hike ends at an elevation that is 1,542 feet higher than the starting point.
2. Converting the Starting Elevation:
- Convert [tex]\(13 \frac{4}{5}\)[/tex] to a decimal. To do this, divide 4 by 5, which equals 0.8.
- Therefore, the starting elevation is [tex]\(-13.8\)[/tex] feet (below sea level).
3. Calculating the Final Elevation:
- Since the end elevation is 1,542 feet higher than the starting elevation, you add 1,542 to [tex]\(-13.8\)[/tex].
- This calculation gives you [tex]\(1,542 - 13.8 = 1,528.2\)[/tex] feet.
4. Conclusion:
- The hiker ends up at an elevation of [tex]\(1,528.2\)[/tex] feet above sea level at the end of the hike.
So, the hiker is 1,528.2 feet above sea level at the end of the hike!
1. Understanding the Problem:
- The hike starts at an elevation of [tex]\(13 \frac{4}{5}\)[/tex] feet below sea level. This can be expressed as a negative number since it is below sea level.
- The hike ends at an elevation that is 1,542 feet higher than the starting point.
2. Converting the Starting Elevation:
- Convert [tex]\(13 \frac{4}{5}\)[/tex] to a decimal. To do this, divide 4 by 5, which equals 0.8.
- Therefore, the starting elevation is [tex]\(-13.8\)[/tex] feet (below sea level).
3. Calculating the Final Elevation:
- Since the end elevation is 1,542 feet higher than the starting elevation, you add 1,542 to [tex]\(-13.8\)[/tex].
- This calculation gives you [tex]\(1,542 - 13.8 = 1,528.2\)[/tex] feet.
4. Conclusion:
- The hiker ends up at an elevation of [tex]\(1,528.2\)[/tex] feet above sea level at the end of the hike.
So, the hiker is 1,528.2 feet above sea level at the end of the hike!
