PMP Formula
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Earned Value CV = EV - AC CPI = EV / AC SV = EV - PV SPI = EV / PV EAC ‘no variances’ = BAC / CPI EAC ‘fundamentally awed’ = AC + ETC EAC ‘atypical’ = AC + BAC - EV EAC ‘typical’ = AC + ((BAC - EV) / CPI) ETC = EAC - AC ETC ‘atypical’ = BAC - EV ETC ‘typical’ = (BAC - EV) / CPI ETC ‘awed’ = new estimate Percent Complete = EV / BAC * 1 VAC = BAC - EAC EV = ! complete * BAC PERT PE"T #-p oint = (Pessimistic+ ($* %os t &i' el ) +ptimistic)/ PE"T = (Pessimistic - ptimistic) / PE"T Acti,it Variance = ((Pessimistic - ptimistic) / ). PE"T Varianc e all acti,ities = s0m((Pessimistic - ptimistic) / ). Network Diagram Acti,it 0ration = E2 - ES + 1 or Acti,it 0rat ion = &2 - &S + 1 Total 2loat = &S - ES or To tal 2loat = &2 - E 2 2ree 2loat = ES o3 2ollowin4 - ES o3 Present - 5" o3 Present E2 = ES + 60ration - 1 ES = E2 o3 pre6ecessor + 1 &2 = &S o3 s0ccessor - 1 &S = &2 - 60ration + 1 Proect !election PV = 2V / (1+r)n 2V = PV * (1+r)n 7PV = 2orm0la not re80ire69 Select :i44est n0m:er9 "I = 2orm0la not re80ire69 Select :i44est n0m:er9 I"" = 2orm0la not re80ire69 Select :i44est n0m:er9 Pa:ac' Perio6 = A66 0p t;e pro<ecte6 cas; in3low min0s epenses 0ntil o0 reac; t;e initial in,estment9 BC" = Bene 3it / Cost CB" = Cost / Bene3it pport0nit Cost = T;e ,al0e o3 t;e pro<ect not c;osen9 "ommunications Comm0nication C;annels = n * (n-1) / . Pro#a#ility E%V = Pro:a:ilit * Impact in c0rrenc Procurement PTA = ((Ceilin4 Price - Tar4et Price) / B0er>s S;are "atio) + Tar4et Cost Depreciation Strai4;t-line epreciation? epr9 Epense = Asset Cost / 5se30l &i3e epr9 "ate = 1! / 5se30l &i3e o0:le eclinin4 Balance %et;o6? epr9 "ate = . * (1! / 5se30l &i3e) epr 9 Epense = epr eciat ion "ate * Boo' Val0e at Be4innin4 o3 @ear Boo' Val0e = Boo' Val0e at :e4innin4 o3 ear - epre ciat ion Epense S0m-o3-@ears> i4i ts %et;o6? S0m o3 6i4its = 5se30l &i3e + (5se30l &i3e - 1) + (5se30l &i3e - .) + etc9 epr9 rate = 3raction o3 ears le3t an6 s0m o3 t;e 6i4its (i9e9 $/1t;)
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Transcript of PMP Formula
7/23/2019 PMP Formula
http://slidepdf.com/reader/full/pmp-formula 1/3
Earned ValueCV =EV - AC
CPI =EV / AC
SV =EV - PV
SPI =EV / PVEAC ‘no variances’ = BAC / CPI
EAC ‘fundamentally awed’ = AC + ETCEAC ‘atypical’ = AC + BAC - EVEAC ‘typical’ = AC + ((BAC - EV)/ CPI)ETC = EAC - ACETC ‘atypical’ = BAC - EVETC ‘typical’ = (BAC - EV) /
CPIETC ‘awed’ = new estimate
Percent Complete = EV /BAC * 1 VAC = BAC - EACEV = ! complete * BAC
PERTPE"T #-point = (Pessimistic+($*%ost &i'el)+ptimistic)/ PE"T = (Pessimistic - ptimistic) /PE"T Acti,it Variance = ((Pessimistic - ptimistic) / ).PE"T Variance all acti,ities = s0m((Pessimistic - ptimistic)/ ).
Network Diagram Acti,it 0ration = E2 - ES + 1 or Acti,it 0ration = &2 -&S + 1 Total 2loat = &S - ES or Total 2loat = &2 - E22ree 2loat = ES o3 2ollowin4 - ES o3 Present - 5" o3 Present E2 = ES + 60ration - 1ES = E2 o3 pre6ecessor + 1 &2 =&S o3 s0ccessor - 1&S = &2 - 60ration + 1
Proect !electionPV = 2V /(1+r)n2V = PV *(1+r)n7PV = 2orm0la not re80ire69 Select :i44est
n0m:er9"I = 2orm0la not re80ire69 Select :i44estn0m:er9I"" = 2orm0la not re80ire69 Select :i44estn0m:er9Pa:ac' Perio6 = A66 0p t;e pro<ecte6 cas; in3low min0sepenses 0ntil o0 reac; t;e initial in,estment9BC" = Bene3it/ CostCB" = Cost /Bene3itpport0nit Cost = T;e ,al0e o3 t;e pro<ect not c;osen9
"ommunications
Comm0nication C;annels = n * (n-1) / .
Pro#a#ilityE%V = Pro:a:ilit * Impact in c0rrenc
ProcurementPTA = ((Ceilin4 Price - Tar4et Price) / B0er>s S;are"atio) + Tar4etCost
DepreciationStrai4;t-line epreciation?epr9 Epense = Asset Cost/ 5se30l &i3e epr9 "ate =1! / 5se30l &i3eo0:le eclinin4Balance %et;o6?epr9 "ate = . *(1! / 5se30l &i3e)epr9 Epense = epreciation "ate * Boo' Val0e atBe4innin4 o3 @ear Boo' Val0e = Boo' Val0e at :e4innin4o3 ear - epreciation Epense S0m-o3-@ears> i4its%et;o6?S0m o3 6i4its = 5se30l &i3e + (5se30l &i3e - 1) + (5se30l&i3e - .) + etc9
epr9 rate = 3raction o3 ears le3t an6 s0m o3 t;e 6i4its(i9e9 $/1t;)
7/23/2019 PMP Formula
http://slidepdf.com/reader/full/pmp-formula 2/3
$at%ematical &asics A,era4e (%ean) = S0m o3 all mem:ers 6i,i6e6 : t;e n0m:er o3 items9%e6ian = Arran4e ,al0es 3rom lowest ,al0e to ;i4;est9 Pic' t;e mi66leone9 I3 t;ere is an e,en n0m:er o3 ,al0es calc0late t;e mean o3 t;etwo mi66le ,al0es9%o6e = 2in6 t;e ,al0e in a 6ata set t;at occ0rs most o3ten9
Values1 si4ma = 9.!. si4ma = D9$!# si4ma = DD9#! si4ma = DD9DD!Control &imits = # si4ma 3rom meanControl Speci3ications = e3ine6 : c0stomerF looser t;ant;e control limitsr6er o3 %a4nit06e estimate = -.! to +!Preliminar estimate = -1! to + !B064et estimate = -1! to +.!e3initi,e estimate = -! to +1!2inal estimate = !2loat on t;e critical pat; = 6as
Pareto ia4ram = /.Time a P% spen6s comm0nicatin4 = D!Cras;in4 a pro<ect = Cras; least epensi,e tas's on criticalpat;9GIT in,entor = ! (or ,er close to !9)%in0s 1 = (1) or -1
'cronyms
AC Act0al CostBAC B064et atCompletion BC"Bene3it Cost "atioCB" Cost Bene3it "atioCPI Cost Per3ormance In6eCV CostVariance
5" 0rationEAC Estimate at CompletionE2 Earl 2inis;E%V Epecte6 %onetarVal0eES Earl StartETC Estimate to CompleteEV Earne6 Val0e2V 20t0re Val0eI"" Internal "ate o3 "et0rn&2 &ate 2inis;&S &ate Start7PV 7et Present Val0ePE"T Pro4ram E,al0ation an6 "e,iew
Tec;ni80ePTA Point o3 Total Ass0mptionPV Planne6 Val0ePV Present Val0e"I "et0rn on In,estmentSPI Sc;e60le Per3ormance In6eSV Sc;e60le VarianceVAC Variance at Completion Si4ma / Stan6ar6 e,iation HTo t;e power o3 (.# = .*.*. = )
7/23/2019 PMP Formula
http://slidepdf.com/reader/full/pmp-formula 3/3
