plz solve it as the values in the question:

A gas mixture containing 9.8 mole % CO₂ and 2.1 mole % ethanol is passed through an absorption tower to separate ethanol using water as solvent. The gas mixture enters from the bottom of the tower at a rate of 7980 m³/h, at 298 K, and at a pressure of 1.11 atm. Water enters from the top of the tower with a flow rate of 6490 kg/h and at 298 K. The expected recovery of ethanol will be 88 %, and the maximum permissible pressure drop for the gas stream should not exceed 250 N/m². The value of Henrys law constant for the ethanol-water system corresponding to a temperature of 298 K is H = 0.270 atm. Assume 70 % flooding condition. Use the equilibrium relationship y* = m x. Select a 50-mm ceramic raschig rings as packing material, Evaluate the following with suitable assumptions.

1. Number of ideal stages.
2. Flow Parameter.
3. Tower diameter.
4. Mass flow rate of liquid.
5. Packing Height.
6. Effective interfacial area of packing per unit volume.
7. Draw to scale the sketch of packed bed absorption tower with label.