where the last three digits are 256

Problem1: To solve this problem, take as a basis stream F1 equalling the last three digits of your KSU Student ID. For example, if your student ID is 439105068, then take F1 = 068 = 68 kg/s, or if your student ID is 438105291, then take F1 = 291 = 291 kg/s, and so on. Consider the process shown in the figure below, FO Only A and B U1 U2 U3 U4 F1 F3 F5 F7 F9 50% A Only A and B 20% B 30% C 37.5% A 40% A 20% B 40% C F2 25% A 25% B 50% C F4 12.5% BF6 F8 Only A and B 50.0% C The following relations apply between the different streams: F6/F1 = 0.2; F7/F2 = 0.8; FO/F4 = 0.75; F9/F0 = 1.5; a) Fill in the degree of freedom analysis table below: FA/F} = 7; FB/F3 = 4; U1 U2 U3 U4 Process Overall Process Variables Material Balances Flows Compositions Relations Degree of Freedom b) Calculate all stream flow rate values and compositions, fill in the table below Stream F6 F1 F2 F3 F4 F5 F7 F8 F9 FO m(kg/s) XB c) Show in attached papers all your calculations and steps of calculations (MB equations)