A good start for approximate range of resistor values in low-frequency op-amp circuits is 10K. That's because bias currents and leakage have little effect and they don't draw too much current from the op-amp output or from the inputs (where relevant, which isn't here). 

You might go up by 10:1 or more if the circuit has to be very low power, you might go down by 10:1 or more if the circuit needs to be very low noise or high frequency. 

That's just a rough rule of thumb. The details depend on the exact requirements, but often there's a fairly wide range of possible values. 

Of course, as Transistor mentions, to get 10V out you'll need a power supply of more than 10V, something like 12V is often enough. If you don't have a 12V supply, it can be created with a DC-DC [boost converter][1]. 

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  [1]: https://www.olimex.com/Products/Breadboarding/BB-PWR-3608/resources/MT3608.pdf
  [2]: https://i.sstatic.net/AXly9.png