To determine the identity of the planets based on their distances from the Sun, we will compare the given distances with the known average distances of the planets in our solar system.
Here are the given distances:
- Planet A: 778,600,000 km
- Planet B: 4,495,100,000 km
- Planet C: 1,433,500,000 km
- Planet D: 2,872,500,000 km
Now, let's match these distances with the known distances of the planets:
1. Planet A: 778,600,000 km
- This distance closely matches the average distance of Jupiter from the Sun. Jupiter is approximately 778,500,000 km away from the Sun.
2. Planet B: 4,495,100,000 km
- This distance closely matches the average distance of Neptune from the Sun. Neptune is approximately 4,495,000,000 km away from the Sun.
3. Planet C: 1,433,500,000 km
- This distance closely matches the average distance of Saturn from the Sun. Saturn is approximately 1,433,000,000 km away from the Sun.
4. Planet D: 2,872,500,000 km
- This distance closely matches the average distance of Uranus from the Sun. Uranus is approximately 2,872,000,000 km away from the Sun.
Based on these distances, we can identify the planets as follows:
- Planet A: Jupiter
- Planet B: Neptune
- Planet C: Saturn
- Planet D: Uranus
So, the final identification is:
- Planet A: Jupiter
- Planet B: Neptune
- Planet C: Saturn
- Planet D: Uranus
