Which Planet Has the Highest Escape Velocity?

Escape velocity is the minimum speed an object must reach to escape the gravitational pull of a planet. The planet with the highest escape velocity is Jupiter, at 60.2 km/s. This is because Jupiter is the most massive planet in the solar system, and its gravity is therefore the strongest.

The following table shows the escape velocities of the planets in our solar system:

| Planet | Escape Velocity (km/s) |
|—|—|
| Mercury | 4.3 |
| Venus | 10.3 |
| Earth | 11.2 |
| Mars | 5.0 |
| Jupiter | 60.2 |
| Saturn | 35.6 |
| Uranus | 21.3 |
| Neptune | 23.5 |

As you can see, the escape velocity of a planet increases with its mass. This is because the more massive a planet is, the stronger its gravity is.

The escape velocity of a planet also depends on its radius. The smaller a planet is, the closer its surface is to its center of mass, and the weaker its gravity is. This means that it is easier to escape from a smaller planet than from a larger planet.

The escape velocity of a planet is an important factor to consider when planning a space mission. In order to reach another planet, a spacecraft must first achieve the escape velocity of the Earth. The spacecraft must then achieve the escape velocity of the target planet in order to land on its surface.

Escape velocity is a complex topic, but it is an essential concept for understanding space exploration. By understanding the escape velocity of a planet, we can better plan our missions and explore the solar system.

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