I remember a similar question where we had to find an expected value using best, worst, and most likely costs. I think the answer was around the most likely cost.
I'm not sure about this one. I know there's a formula for expected value, but I can't remember it off the top of my head. I'll have to review my notes.
Okay, I've got this. The expected value is the average of the best, worst, and most likely costs. So the answer should be (115 + 165 + 140) / 3 = $138.
D) $165? Only if I'm planning a party for the project manager's retirement. This isn't the worst-case scenario, it's the 'let's add a hefty contingency' scenario.
Ceola
9 months agoWilson
9 months agoLuis
10 months agoRosendo
10 months agoLatosha
10 months agoXenia
10 months agoBernardo
10 months agoBettyann
11 months agoBulah
11 months agoDiane
11 months agoNichelle
11 months agoCoral
11 months agoMiesha
11 months agoGilbert
11 months agoSharmaine
11 months agoLenora
11 months agoTracey
11 months agoJulene
11 months agoNickole
11 months agoReuben
1 year agoRonald
1 year agoSharika
1 year agoLottie
1 year agoOdette
1 year agoSusana
1 year agoJanessa
1 year agoRima
1 year agoWeldon
1 year agoLouis
1 year agoKristel
1 year agoLaurel
1 year agoMichal
1 year agoAnglea
1 year agoTarra
1 year agoEleonora
1 year agoTrina
1 year agoAvery
1 year agoPamella
1 year agoNoelia
1 year ago