A simulation of a major traffic intersection is to be conducted, with the objectives of improving current traffic flow. Provide three iterations, in increasing order of complexity, of steps 1 and 2 in the simulation process of Figure 1.3. (step 1 is Problem Formulation, step 2 is setting of objectives and overall project plan). You can find the figure problem 3 chapter 1 In Discrete-Event System Simulation 5th edition. Model conceptualization No No 1 8 11 12 7 Yes 10 Problem formulation Setting of objectives and overall project plan Model translation Verified? Yes Validated? Yes Experimental design Production runs and analysis More runs No Documentation and reporting Implementation No Yes Data collection (2 bookmarks) P -actice Problems for Binomial Distribution 5. Consider a binomial experiment with two trials and p = .4. a. Draw a tree diagram for this experiment (see Figure 5.3). b. Compute the probability of one success, f(1). c. Compute f(0). d. Compute f(2). e. Compute the probability of at least one success. f. Compute the expected value, variance, and standard deviation. 26. Consider a binomial experiment with n = a. Compute f(0). b. Compute f(2). c. d. Compute P(x 2). Compute P(x 1). e. Compute E(x). f. Compute Var(x) and o. 27. Consider a binomial experiment with n = a. Compute f(12). b. Compute f(16). c. Compute P(x 16). d. Compute P(x 15). 10 and p = .10. 20 and p = .70. I