I need help to design a single-supply, multistage, inverting, transistor amplifier that meets the following requirements :

= Power supply: +10V relative to the ground; Quiescent current drawn from the power supply: no larger than 10 mA; No-load voltage gain (at 1 kHz): |Avol. 50 (+ 10%); Maximum no-load output voltage swing (at 1 kHz): no smaller than 8 V peak to peak; Loaded voltage gain (at 1 kHz and with R, = 1 k): no smaller than 90% of the no-load voltage gain; Maximum loaded output voltage swing (at 1 kHz and Ry = 1 k 2): no smaller than 4 V peak to peak; Input resistance (at 1 kHz): no smaller than 20 kN; Amplifier type: inverting or non-inverting; Frequency response: 20 Hz to 50 kHz (-3dB response); Type of transistors: BJT; Number of transistors (stages): no more than 3; Resistances permitted: values smaller than 220 k2 from the E24 series; Capacitors permitted: 0.1 uF, 1.0 uF, 2.2 uF, 4.7 uF, 10 uF, 47 uF, 100 uF, 220 uF; Notes: The output voltage must be free from distortions (clipping, etc.) in all test conditions. The source resistance, Rs, must be 600 22 for all tests. . The designed amplifier must be AC-coupled for the load and the signal source, but the coupling between its intermediate stages may be of AC or DC type as per the designer's choice. There are no restrictions in terms of using NPN or PNP transistors