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The total coverage distance of the two antennas is approximately **15.05 km**.

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Here are 5 related questions you might find interesting:
1. How does the height of an antenna affect the coverage distance in general?
2. What is the relationship between the coverage distance and the Earth's curvature?
3. Why is the square root involved in the coverage distance formula?
4. How can this formula be adapted for antennas at different heights or on different terrains?
5. How would adding a relay tower change the total coverage distance?

**Tip:** When calculating signal ranges, always account for the environment, as obstacles can reduce the effective distance.

Two people are hiking on a trail that is 22 km long. They are at opposite ends of the trail and have walkie talkies with antennas at 5 m and 2 m above the ground, respectively. Can they receive signals from each other without a relay tower? What is the total coverage distance of the two antennas?

Learn how to calculate the total coverage distance of two antennas on a 22 km trail using the formula d_t = 3.57 * sqrt(4/3 * h1) + 3.57 * sqrt(4/3 * h2). This problem involves applying geometry, algebra, and line-of-sight distance formulas for radio signals.

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