Answer The Following questions given the FDNA Graph in figure 6.47 and equations 6.10 and 6.11 (Note the Figure and the equations are those below in the attachment (above the questions); Fig 6.47 (Receiver node, & eq 6.10 is the eq for (P_?i?)

(6.10) Receiver node P = f(P,P,,P3,...,P.) = w,P + w,P, + wzP, +...+w, P. P = f(P,P,,P,,...,P,) = Min(P, P,,P,,...,P.) (6.11) Feeder nodes N3 37 utils 21 utils 78 utils Operability level FIGURE 6.47 FDNA graph for Exercise 1. Questions and Exercises 1. Answer the following given the FDNA graph in Figure 6.47. (A) Using the operability function given by Equation 6.10, compute the operability level of receiver node N, if the operability levels of all feeder nodes are equally important to N. (B) Using the weakest link operability function given by Equation 6.11, what is the operability level of receiver node N? (C) Compare and contrast the results in (A) with the result in (B). (D) Provide reasons why systems will be modeled using linear additive or weakest link formulation (6.10) Receiver node P = f(P,P,,P3,...,P.) = w,P + w,P, + wzP, +...+w, P. P = f(P,P,,P,,...,P,) = Min(P, P,,P,,...,P.) (6.11) Feeder nodes N3 37 utils 21 utils 78 utils Operability level FIGURE 6.47 FDNA graph for Exercise 1. Questions and Exercises 1. Answer the following given the FDNA graph in Figure 6.47. (A) Using the operability function given by Equation 6.10, compute the operability level of receiver node N, if the operability levels of all feeder nodes are equally important to N. (B) Using the weakest link operability function given by Equation 6.11, what is the operability level of receiver node N? (C) Compare and contrast the results in (A) with the result in (B). (D) Provide reasons why systems will be modeled using linear additive or weakest link formulation