I thought this would be interesting to drop here.
This is DeltaV map.

This is how much Delta V (dV) , or change in velocity is needed to go from earth to other places in the solar system. Its overly simplified, as orbits are not perfectly circular and will change depending on the year, time you launch. These numbers are km/s of change in velocity. Meaning, to get to 1km/s, is measured from your current position at that point.
A typical rocket needs a dV of about 9.4km/s to go from earth to LEO. Then an additional 3.91km/s (2.44 + 1.47) to get to Geo orbit.
This gives you an idea of how much energy a rocket needs to expend to get to various places in the solar system. You can obviously expend more energy to get to the destination faster, but it wont be the most efficient route.
Starship and its booster with about 100t of payload has about 9.6km/s of dV from earth surface. Which means it has just enough energy to put 100t in LEO, but not much else.
It can however refill a starship by leaving a depot in orbit and refilling it with 100tons at a time. Each refill will give it an additional energy up to a maximum of 8.6km/s starting from LEO.
This allows nearly any destination available for it in the Solar system. A return trip is a different story.