about power supply of opertional amplifier
The gain of the circuit is +11 (Gain = 1 + \$\frac{R_F}{R_1}\$). This means  when the input sinewave is positive 0.1V you'd expect an output that is +1.1V and when the input is negative 0.1V you'd expect an output that is -1.1V. These numbers are all relative to ground. The first problem is that your op-amp has supplies that are +9V and 0V so immediately it's clear that the op-amp can't produce the -1.1V or indeed any negative voltages.

What to do? Both the input signal and the ground connection of \$R_1\$ need to be set to halfway between 9V and 0V - at the moment you're throwing darts at a board that is 2 foot higher than you thought - you are just hitting "three" when you should be aiming for bullseye (sorry about the darts analogy but it seems apt!).

OK, so the problem is that your input AC signal is 0V (or ground) referenced - if you just wish to amplify AC signals then you can use a capacitor (that blocks the steady 0V connection) and then have a resistor divider that sets midrail on the input at 4.5V. You have to do the same for \$R_1\$ - I would make R1 2 x 200ohm resistors; one going to +9V and one going to 0V and joined together at the -Vin input.

That's a start; then get a better op-amp that can deal with rail-to-rail outputs - you might achieve 8.8Vp-p from this circuit with a 0.8Vp-p input.