Designing an amplifier circuit with coupling capacitors
Summary:

If you follow the following steps you will find out what the main problem is.
You will find it useful to work out how to follow similar "trouble shooting procedures on other circuits.


Look at your DC biasing and work out what the DC voltages will be at various points in the circuit.  
Draw conclusions about what will happen as a result.  
Makes changes.  


Report back.



What is the voltage at Q1b (Q1 base) ?
(Hint: Set by R3 R4 and V1). 

What is the voltage at Q1e (Q1 emitter) ?
(Hint: Less than Q1b by a Vbe drop of ABOUT 0.6V). 

As the voltage at Q1e appears across R2 what is the approximate current in R2
[Hint: Ohm's law].

The current in R1 and R2 is about the same.
As R1 is about 2 x R2, what will the approximate voltage across R1 be?
[You can use the fact that R1 = 2 x R1 t work out R1 voltage drop
OR use the current from the previous step to work out V_R1 - either method gives the same result]. 

If you add up V_R1 and V_R2 and compare the voltage with what is available from V1, what do you conclude?