inverting op amp design
As others have said, your load resistor should go to ground, not to the inverting input. Looks like you have fixed the power supply issues as of this post. 

The resistor ratio is correct, however your resistor values are WAY too low. The 200 ohm Rf (in your current schematic) goes to a virtual ground, so it's effectively in parallel with the load resistance of 2K as far as the op-amp output is concerned. It should give you some output, but the current limiting will kick in way before you get to 10V on the output. 10V out into 2K\$\Omega\$ || 200\$\Omega\$ = 55mA. That's why you are seeing "clipping" (or at least it should be, depending on how good your model is). 

Use something more like 4K/20K and you should get a much better result. If you want to balance offset due to input bias current offset, use a resistor from the non-inverting input to ground.

With sensible resistors and 2V RMS in (2V peak => \$\sqrt 2 V_{RMS} = 1.414 V_{RMS}\$  =  would be better since it looks like it's just starting to clip): 



With given resistors and 2V RMS in (the cut-off number on the left is -10V, so the vertical scale is different from the other graph). 



The reverse curve when 'clipping' is because the input is actually driving the output into the opposite direction (non-inverting) against the output (which is limiting and thus in a kind of constant-current mode).