Assignment Data on small maintenance project is given as below: Depends on Activity A B D E F A B Normal Time Cost 6 days $700 4 days 400 5 days 650 8 days 625 10 days 200 7 days SOO 3 days 600 6 days 300 7 days 350 Crash Time Cost 4 days $800 4 days 400 4 days 700 5 days 700 7 days 350 5 days 700 3 days 600 5 days 400 425 H 1 D. E F G 4 days On completion, the project will give a return of S1 10/day. Using time-cost trade-off method, how much would you like to compress the project for maximizing the return? Show all calculations. RUN#3 RUN#2 RUN#1 Initially TF Du Ds TF Du Ds TF Du Ds TF CS CD ND Activity 50 4 A B . 4 0 0 5 0 0 2 5 0 2 50 25 50 100 4 5 7 5 3 5 4 6 4 5 8 10 7 3 6 7 C D E F : 100 25 G . 1 cost Saving Project cost 150 110 110 110 6525 Project duration Direct cost=4325 Indirect cost=110*20=2200 Complete this table by draw first AON then determine critical path then try to crash the project as you can (Not necessary three time If you can more no problem ,BUT I NEED solution by complete this table NOT in other way , Ds: the activity that you want crashed for example if you want to crash the activity Hone time write DS=1 an like this way continue DU:-Duration TF:-total float Cs, cost slope ND:-normal timelduration ), CD:-crash time duration)