4) (Transfers between Team A and D) Eight technicians from Team D have been crossed trained to allow them to work for Team A Each technician transferred from Team D to Team A will increase the three parameters of D's triangular distribution by 0.5 months, but will decrease the three parameters of A's distribution by the same amount. Fractional transfers result in prorated changes. Eight technicians from Team A have been crossed trained to allow them to work for Team D. Each technician transferred from Team A to Team D will increase the three parameters of A's triangular distribution by 0.5 months but will decrease the three parameters of D's distribution by the same amount. Fractional transfers result in prorated changes. (Assume transfers from Team B to Team C are allowed as in question D, and now you can transfer up to 8 technicians from Team A to Team D or reverse as well.) 3. How might Outel arrange the transfers from Team B to Team C and between Teams A and D, if the goal is to maximize the likelihood that the SSD product will meet the 21 month deadline? Your answer should be to the nearest 0.1. What is the new best estimate for completion time? b) What is the new likelihood that this deadline will be met? (Provide the forecast chart showing your results)