Program de
guvernare Documentul original ↗

Proiect editorial 2026-2028Propuneri, date și condiții de implementare, cu stadiul verificării la vedere.

Acasă
Surse
Document

Document colectat · Supraveghere fiscală și plan bugetar România

Download

Caută în documente Toate materialele sursei Deschide originalul extern ↗

Instituția sau publicația sursă: Supraveghere fiscală și plan bugetar România
Data preluării: 26.09.2026 17:53
Dimensiunea materialului: 345,7 KB

Conținutul documentului colectat

Secțiuni și tabele

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Output gap
	Output gap	=100*(C22/C26-1)	=100*(D22/D26-1)	=100*(E22/E26-1)	=100*(F22/F26-1)	=100*(G22/G26-1)	=100*(H22/H26-1)	=100*(I22/I26-1)	=100*(J22/J26-1)	=100*(K22/K26-1)	=100*(L22/L26-1)	=100*(M22/M26-1)	=100*(N22/N26-1)	=100*(O22/O26-1)	=100*(P22/P26-1)	=100*(Q22/Q26-1)	=100*(R22/R26-1)	=100*(S22/S26-1)	=100*(T22/T26-1)	=100*(U22/U26-1)	=100*(V22/V26-1)	=100*(W22/W26-1)

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Actual GDP (nominal, national currency)
	Growth rate	=100((1+C23/100)(1+C41/100)-1)	=100((1+D23/100)(1+D41/100)-1)	=100((1+E23/100)(1+E41/100)-1)	=100((1+F23/100)(1+F41/100)-1)	=100((1+G23/100)(1+G41/100)-1)	=100((1+H23/100)(1+H41/100)-1)	=100((1+I23/100)(1+I41/100)-1)	=100((1+J23/100)(1+J41/100)-1)	=100((1+K23/100)(1+K41/100)-1)	=100((1+L23/100)(1+L41/100)-1)	=100((1+M23/100)(1+M41/100)-1)	=100((1+N23/100)(1+N41/100)-1)	=100((1+O23/100)(1+O41/100)-1)	=100((1+P23/100)(1+P41/100)-1)	=100((1+Q23/100)(1+Q41/100)-1)	=100((1+R23/100)(1+R41/100)-1)	=100((1+S23/100)(1+S41/100)-1)	=100((1+T23/100)(1+T41/100)-1)	=100((1+U23/100)(1+U41/100)-1)	=100((1+V23/100)(1+V41/100)-1)	=100((1+W23/100)(1+W41/100)-1)

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Interest rates
	Nominal implicit interest rate on debt	='Input data'!C37	='Input data'!D37	='Input data'!E37	='Input data'!F37	='Input data'!G37	=H92	=I92	=J92	=K92	=L92	=M92	=N92	=O92	=P92	=Q92	=R92	=S92	=T92	=U92	=V92	=W92
	Long-term interest rate		='Input data'!D$39	='Input data'!E$39	='Input data'!F$39	='Input data'!G$39	=G36+($O$36-$G$36)/($O$10-$G$10)	=H36+($O$36-$G$36)/($O$10-$G$10)	=I36+($O$36-$G$36)/($O$10-$G$10)	=IF('Criteria results'!$F$5=4,IF(J56>90,G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(K10-$G$10)+1+0.06(J56-90),G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(K10-$G$10)+1),G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(K10-$G$10))	=$G$36+('Input data'!$C$52-$G$36)/($O$10-$G$10)*(L10-$G$10)	=$G$36+('Input data'!$C$52-$G$36)/($O$10-$G$10)*(M10-$G$10)	=IF('Criteria results'!$F$5=7,IF(M56>90,G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(N10-$G$10)+1+0.06(M56-90),G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(N10-$G$10)+1),G36+('Input data'!$C$52-$G$36)/($O$10-$G$10)(N10-$G$10))	='Baseline NFPC'!O36	='Baseline NFPC'!P36	='Baseline NFPC'!Q36	='Baseline NFPC'!R36	='Baseline NFPC'!S36	='Baseline NFPC'!T36	='Baseline NFPC'!U36	='Baseline NFPC'!V36	='Baseline NFPC'!W36
	Short-term interest rate		='Input data'!D$38	='Input data'!E$38	='Input data'!F$38	='Input data'!G$38	=G37+($O$37-$G$37)/($O$10-$G$10)	=H37+($O$37-$G$37)/($O$10-$G$10)	=I37+($O$37-$G$37)/($O$10-$G$10)	=IF('Criteria results'!$F$5=4,IF(J56>90,G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(K10-$G$10)+1+0.06(J56-90),G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(K10-$G$10)+1),G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(K10-$G$10))	=$G$37+('Input data'!$C$53-$G$37)/($O$10-$G$10)*(L10-$G$10)	=$G$37+('Input data'!$C$53-$G$37)/($O$10-$G$10)*(M10-$G$10)	=IF('Criteria results'!$F$5=7,IF(M56>90,G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(N10-$G$10)+1+0.06(M56-90),G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(N10-$G$10)+1),G37+('Input data'!$C$53-$G$37)/($O$10-$G$10)(N10-$G$10))	='Baseline NFPC'!O37	='Baseline NFPC'!P37	='Baseline NFPC'!Q37	='Baseline NFPC'!R37	='Baseline NFPC'!S37	='Baseline NFPC'!T37	='Baseline NFPC'!U37	='Baseline NFPC'!V37	='Baseline NFPC'!W37
	Share of long-term debt that matures every year	='Baseline NFPC'!C38	='Baseline NFPC'!D38	='Baseline NFPC'!E38	='Baseline NFPC'!F38	='Baseline NFPC'!G38	='Baseline NFPC'!H38	='Baseline NFPC'!I38	='Baseline NFPC'!J38	='Baseline NFPC'!K38	='Baseline NFPC'!L38	='Baseline NFPC'!M38	='Baseline NFPC'!N38	='Baseline NFPC'!O38	='Baseline NFPC'!P38	='Baseline NFPC'!Q38	='Baseline NFPC'!R38	='Baseline NFPC'!S38	='Baseline NFPC'!T38	='Baseline NFPC'!U38	='Baseline NFPC'!V38	='Baseline NFPC'!W38

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Inflation and exchange rate
	GDP deflator (National currency)	='Input data'!C42	='Input data'!D42	='Input data'!E42	='Input data'!F42	='Input data'!G42	='Baseline NFPC'!H41	='Baseline NFPC'!I41	='Baseline NFPC'!J41	='Baseline NFPC'!K41	='Baseline NFPC'!L41	='Baseline NFPC'!M41	='Baseline NFPC'!N41	='Baseline NFPC'!O41	='Baseline NFPC'!P41	='Baseline NFPC'!Q41	='Baseline NFPC'!R41	='Baseline NFPC'!S41	='Baseline NFPC'!T41	='Baseline NFPC'!U41	='Baseline NFPC'!V41	='Baseline NFPC'!W41
	Exchange rate composite change (weighted by share of debt in each currency)	='Baseline NFPC'!C42	='Baseline NFPC'!D42	='Baseline NFPC'!E42	='Baseline NFPC'!F42	='Baseline NFPC'!G42	='Baseline NFPC'!H42	='Baseline NFPC'!I42	='Baseline NFPC'!J42	='Baseline NFPC'!K42	='Baseline NFPC'!L42	='Baseline NFPC'!M42	='Baseline NFPC'!N42	='Baseline NFPC'!O42	='Baseline NFPC'!P42	='Baseline NFPC'!Q42	='Baseline NFPC'!R42	='Baseline NFPC'!S42	='Baseline NFPC'!T42	='Baseline NFPC'!U42	='Baseline NFPC'!V42	='Baseline NFPC'!W42

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

	Intermediate calculations (growth rate equation)

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Fiscal multiplier	='Input data'!C49
	Budget balance semi-elasticity	='Input data'!C50

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Auxiliary variable to control the closure of the output gap	0	=IF(AND(ABS((D12-C12)-('Input data'!D13-'Input data'!C13))>0.0001,ABS(D12-C12)>0.0001,D$10>$C$5),4,IF(C49=4,3,IF(C49=3,2,IF(C49=2,1,0))))	=IF(AND(ABS((E12-D12)-('Input data'!E13-'Input data'!D13))>0.0001,ABS(E12-D12)>0.0001,E$10>$C$5),4,IF(D49=4,3,IF(D49=3,2,IF(D49=2,1,0))))	=IF(AND(ABS((F12-E12)-('Input data'!F13-'Input data'!E13))>0.0001,ABS(F12-E12)>0.0001,F$10>$C$5),4,IF(E49=4,3,IF(E49=3,2,IF(E49=2,1,0))))	=IF(AND(ABS((G12-F12)-('Input data'!G13-'Input data'!F13))>0.0001,ABS(G12-F12)>0.0001,G$10>$C$5),4,IF(F49=4,3,IF(F49=3,2,IF(F49=2,1,0))))	=IF(AND(ABS((H12-G12)-('Input data'!H13-'Input data'!G13))>0.0001,ABS(H12-G12)>0.0001,H$10>$C$5),4,IF(G49=4,3,IF(G49=3,2,IF(G49=2,1,0))))	=IF(AND(ABS((I12-H12)-('Input data'!I13-'Input data'!H13))>0.0001,ABS(I12-H12)>0.0001,I$10>$C$5),4,IF(H49=4,3,IF(H49=3,2,IF(H49=2,1,0))))	=IF(AND(ABS((J12-I12)-('Input data'!J13-'Input data'!I13))>0.0001,ABS(J12-I12)>0.0001,J$10>$C$5),4,IF(I49=4,3,IF(I49=3,2,IF(I49=2,1,0))))	=IF(AND(ABS((K12-J12)-('Input data'!K13-'Input data'!J13))>0.0001,ABS(K12-J12)>0.0001,K$10>$C$5),4,IF(J49=4,3,IF(J49=3,2,IF(J49=2,1,0))))	=IF(AND(ABS((L12-K12)-('Input data'!L13-'Input data'!K13))>0.0001,ABS(L12-K12)>0.0001,L$10>$C$5),4,IF(K49=4,3,IF(K49=3,2,IF(K49=2,1,0))))	=IF(AND(ABS((M12-L12)-('Input data'!M13-'Input data'!L13))>0.0001,ABS(M12-L12)>0.0001,M$10>$C$5),4,IF(L49=4,3,IF(L49=3,2,IF(L49=2,1,0))))	=IF(AND(ABS((N12-M12)-('Input data'!N13-'Input data'!M13))>0.0001,ABS(N12-M12)>0.0001,N$10>$C$5),4,IF(M49=4,3,IF(M49=3,2,IF(M49=2,1,0))))	=IF(AND(ABS((O12-N12)-('Input data'!O13-'Input data'!N13))>0.0001,ABS(O12-N12)>0.0001,O$10>$C$5),4,IF(N49=4,3,IF(N49=3,2,IF(N49=2,1,0))))	=IF(AND(ABS((P12-O12)-('Input data'!P13-'Input data'!O13))>0.0001,ABS(P12-O12)>0.0001,P$10>$C$5),4,IF(O49=4,3,IF(O49=3,2,IF(O49=2,1,0))))	=IF(AND(ABS((Q12-P12)-('Input data'!Q13-'Input data'!P13))>0.0001,ABS(Q12-P12)>0.0001,Q$10>$C$5),4,IF(P49=4,3,IF(P49=3,2,IF(P49=2,1,0))))	=IF(AND(ABS((R12-Q12)-('Input data'!R13-'Input data'!Q13))>0.0001,ABS(R12-Q12)>0.0001,R$10>$C$5),4,IF(Q49=4,3,IF(Q49=3,2,IF(Q49=2,1,0))))	=IF(AND(ABS((S12-R12)-('Input data'!S13-'Input data'!R13))>0.0001,ABS(S12-R12)>0.0001,S$10>$C$5),4,IF(R49=4,3,IF(R49=3,2,IF(R49=2,1,0))))	=IF(AND(ABS((T12-S12)-('Input data'!T13-'Input data'!S13))>0.0001,ABS(T12-S12)>0.0001,T$10>$C$5),4,IF(S49=4,3,IF(S49=3,2,IF(S49=2,1,0))))	=IF(AND(ABS((U12-T12)-('Input data'!U13-'Input data'!T13))>0.0001,ABS(U12-T12)>0.0001,U$10>$C$5),4,IF(T49=4,3,IF(T49=3,2,IF(T49=2,1,0))))	=IF(AND(ABS((V12-U12)-('Input data'!V13-'Input data'!U13))>0.0001,ABS(V12-U12)>0.0001,V$10>$C$5),4,IF(U49=4,3,IF(U49=3,2,IF(U49=2,1,0))))	=IF(AND(ABS((W12-V12)-('Input data'!W13-'Input data'!V13))>0.0001,ABS(W12-V12)>0.0001,W$10>$C$5),4,IF(V49=4,3,IF(V49=3,2,IF(V49=2,1,0))))
	OG intermediate auxiliary value	0	=IF(C49=4,2/3C29,IF(C49=3,1/3B29,0))	=IF(D49=4,2/3D29,IF(D49=3,1/3C29,0))	=IF(E49=4,2/3E29,IF(E49=3,1/3D29,0))	=IF(F49=4,2/3F29,IF(F49=3,1/3E29,0))	=IF(G49=4,2/3G29,IF(G49=3,1/3F29,0))	=IF(H49=4,2/3H29,IF(H49=3,1/3G29,0))	=IF(I49=4,2/3I29,IF(I49=3,1/3H29,0))	=IF(J49=4,2/3J29,IF(J49=3,1/3I29,0))	=IF(K49=4,2/3K29,IF(K49=3,1/3J29,0))	=IF(L49=4,2/3L29,IF(L49=3,1/3K29,0))	=IF(M49=4,2/3M29,IF(M49=3,1/3L29,0))	=IF(N49=4,2/3N29,IF(N49=3,1/3M29,0))	=IF(O49=4,2/3O29,IF(O49=3,1/3N29,0))	=IF(P49=4,2/3P29,IF(P49=3,1/3O29,0))	=IF(Q49=4,2/3Q29,IF(Q49=3,1/3P29,0))	=IF(R49=4,2/3R29,IF(R49=3,1/3Q29,0))	=IF(S49=4,2/3S29,IF(S49=3,1/3R29,0))	=IF(T49=4,2/3T29,IF(T49=3,1/3S29,0))	=IF(U49=4,2/3U29,IF(U49=3,1/3T29,0))	=IF(V49=4,2/3V29,IF(V49=3,1/3U29,0))
	GDP intermediate growth rate - only feedback effect and no closure of the OG		='Input data'!D30-$C$46*((D12-C12)-('Input data'!D13-'Input data'!C13))	='Input data'!E30-$C$46*((E12-D12)-('Input data'!E13-'Input data'!D13))	='Input data'!F30-$C$46*((F12-E12)-('Input data'!F13-'Input data'!E13))	='Input data'!G30-$C$46*((G12-F12))	='Input data'!H30-$C$46*((H12-G12))	='Input data'!I30-$C$46*((I12-H12))	='Input data'!J30-$C$46*((J12-I12))	='Input data'!K30-$C$46*((K12-J12))	='Input data'!L30-$C$46*((L12-K12))	='Input data'!M30-$C$46*((M12-L12))	='Input data'!N30-$C$46*((N12-M12))	='Input data'!O30-$C$46*((O12-N12))	='Input data'!P30-$C$46*((P12-O12))	='Input data'!Q30-$C$46*((Q12-P12))	='Input data'!R30-$C$46*((R12-Q12))	='Input data'!S30-$C$46*((S12-R12))	='Input data'!T30-$C$46*((T12-S12))	='Input data'!U30-$C$46*((U12-T12))	='Input data'!V30-$C$46*((V12-U12))	='Input data'!W30-$C$46*((W12-V12))

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

	Debt projections

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
		2021	2022	2023	2024	2025	2026	2027	2028	2029	2030	2031	2032	2033	2034	2035	2036	2037	2038	2039	2040	2041
	Gross debt	=+'Input data'!C12	=+C56+D57	=+D56+E57	=+E56+F57	=+F56+G57	=+G56+H57	=+H56+I57	=+I56+J57	=+J56+K57	=+K56+L57	=+L56+M57	=+M56+N57	=+N56+O57	=+O56+P57	=+P56+Q57	=+Q56+R57	=+R56+S57	=+S56+T57	=+T56+U57	=+U56+V57	=+V56+W57
	Change in debt (-1+2+3)		=-D58+D66+D71	=-E58+E66+E71	=-F58+F66+F71	=-G58+G66+G71	=-H58+H66+H71	=-I58+I66+I71	=-J58+J66+J71	=-K58+K66+K71	=-L58+L66+L71	=-M58+M66+M71	=-N58+N66+N71	=-O58+O66+O71	=-P58+P66+P71	=-Q58+Q66+Q71	=-R58+R66+R71	=-S58+S66+S71	=-T58+T66+T71	=-U58+U66+U71	=-V58+V66+V71	=-W58+W66+W71
	(1) Primary balance (1.1 + 1.2 - 1.3 -1.4 -1.5 - 1.6 -1.7)		=D59+D60-D61-D62-D63-D64-D65	=E59+E60-E61-E62-E63-E64-E65	=F59+F60-F61-F62-F63-F64-F65	=G59+G60-G61-G62-G63-G64-G65	=H59+H60-H61-H62-H63-H64-H65	=I59+I60-I61-I62-I63-I64-I65	=J59+J60-J61-J62-J63-J64-J65	=K59+K60-K61-K62-K63-K64-K65	=L59+L60-L61-L62-L63-L64-L65	=M59+M60-M61-M62-M63-M64-M65	=N59+N60-N61-N62-N63-N64-N65	=O59+O60-O61-O62-O63-O64-O65	=P59+P60-P61-P62-P63-P64-P65	=Q59+Q60-Q61-Q62-Q63-Q64-Q65	=R59+R60-R61-R62-R63-R64-R65	=S59+S60-S61-S62-S63-S64-S65	=T59+T60-T61-T62-T63-T64-T65	=U59+U60-U61-U62-U63-U64-U65	=V59+V60-V61-V62-V63-V64-V65	=W59+W60-W61-W62-W63-W64-W65
	(1.1) Structural primary balance (before ageing cost)		=D12	=E12	=F12	=IF(G12="",F59,G12)	=IF(H12="",G59,H12)	=IF(I12="",H59,I12)	=IF(J12="",I59,J12)	=IF(K12="",J59,K12)	=IF(L12="",K59,L12)	=IF(M12="",L59,M12)	=IF(N12="",M59,N12)	=IF(O12="",N59,O12)	=IF(P12="",O59,P12)	=IF(Q12="",P59,Q12)	=IF(R12="",Q59,R12)	=IF(S12="",R59,S12)	=IF(T12="",S59,T12)	=IF(U12="",T59,U12)	=IF(V12="",U59,V12)	=IF(W12="",V59,W12)
	(1.2) Cumulated budgetary effort (in terms of primary balance)		0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
	(1.3) Cyclical component		=-$C$47*D29	=-$C$47*E29	=-$C$47*F29	=-$C$47*G29	=-$C$47*H29	=-$C$47*I29	=-$C$47*J29	=-$C$47*K29	=-$C$47*L29	=-$C$47*M29	=-$C$47*N29	=-$C$47*O29	=-$C$47*P29	=-$C$47*Q29	=-$C$47*R29	=-$C$47*S29	=-$C$47*T29	=-$C$47*U29	=-$C$47*V29	=-$C$47*W29
	(1.4) One-off and other temporary measures		=-D13	=-E13	=-F13	=-G13	=-H13	=-I13	=-J13	=-K13	=-L13	=-M13	=-N13	=-O13	=-P13	=-Q13	=-R13	=-S13	=-T13	=-U13	=-V13	=-W13
	(1.5) Cost of ageing		=IF(D$55<=$C$6,0,HLOOKUP(D$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(E$55<=$C$6,0,HLOOKUP(E$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(F$55<=$C$6,0,HLOOKUP(F$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(G$55<=$C$6,0,HLOOKUP(G$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(H$55<=$C$6,0,HLOOKUP(H$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(I$55<=$C$6,0,HLOOKUP(I$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(J$55<=$C$6,0,HLOOKUP(J$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(K$55<=$C$6,0,HLOOKUP(K$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(L$55<=$C$6,0,HLOOKUP(L$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(M$55<=$C$6,0,HLOOKUP(M$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(N$55<=$C$6,0,HLOOKUP(N$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(O$55<=$C$6,0,HLOOKUP(O$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(P$55<=$C$6,0,HLOOKUP(P$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(Q$55<=$C$6,0,HLOOKUP(Q$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(R$55<=$C$6,0,HLOOKUP(R$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(S$55<=$C$6,0,HLOOKUP(S$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(T$55<=$C$6,0,HLOOKUP(T$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(U$55<=$C$6,0,HLOOKUP(U$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(V$55<=$C$6,0,HLOOKUP(V$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))	=IF(W$55<=$C$6,0,HLOOKUP(W$55,'Input data'!$C$9:$BB$26,12,FALSE)-HLOOKUP($C$6,'Input data'!$C$9:$BB$26,12,FALSE))
	(1.6) Property incomes		=IF(D$55<=$C$5,0,-HLOOKUP(D$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(E$55<=$C$5,0,-HLOOKUP(E$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(F$55<=$C$5,0,-HLOOKUP(F$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(G$55<=$C$6,0,-HLOOKUP(G$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(H$55<=$C$6,0,-HLOOKUP(H$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(I$55<=$C$6,0,-HLOOKUP(I$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(J$55<=$C$6,0,-HLOOKUP(J$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(K$55<=$C$6,0,-HLOOKUP(K$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(L$55<=$C$6,0,-HLOOKUP(L$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(M$55<=$C$6,0,-HLOOKUP(M$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(N$55<=$C$6,0,-HLOOKUP(N$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(O$55<=$C$6,0,-HLOOKUP(O$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(P$55<=$C$6,0,-HLOOKUP(P$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(Q$55<=$C$6,0,-HLOOKUP(Q$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(R$55<=$C$6,0,-HLOOKUP(R$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(S$55<=$C$6,0,-HLOOKUP(S$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(T$55<=$C$6,0,-HLOOKUP(T$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(U$55<=$C$6,0,-HLOOKUP(U$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(V$55<=$C$6,0,-HLOOKUP(V$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))	=IF(W$55<=$C$6,0,-HLOOKUP(W$55,'Input data'!$C$9:$BB$26,18,FALSE)+HLOOKUP($C$6,'Input data'!$C$9:$BB$26,18,FALSE))
	(1.7) Revenues		0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0
	(2) Snowball effect (2.1 + 2.2 + 2.3)		=SUM(D67:D70)	=SUM(E67:E70)	=SUM(F67:F70)	=SUM(G67:G70)	=SUM(H67:H70)	=SUM(I67:I70)	=SUM(J67:J70)	=SUM(K67:K70)	=SUM(L67:L70)	=SUM(M67:M70)	=SUM(N67:N70)	=SUM(O67:O70)	=SUM(P67:P70)	=SUM(Q67:Q70)	=SUM(R67:R70)	=SUM(S67:S70)	=SUM(T67:T70)	=SUM(U67:U70)	=SUM(V67:V70)	=SUM(W67:W70)
	(2.1) Interest expenditure		=C56D35/100(1/(1+D32/100))	=D56E35/100(1/(1+E32/100))	=E56F35/100(1/(1+F32/100))	=F56G35/100(1/(1+G32/100))	=G56H35/100(1/(1+H32/100))	=H56I35/100(1/(1+I32/100))	=I56J35/100(1/(1+J32/100))	=J56K35/100(1/(1+K32/100))	=K56L35/100(1/(1+L32/100))	=L56M35/100(1/(1+M32/100))	=M56N35/100(1/(1+N32/100))	=N56O35/100(1/(1+O32/100))	=O56P35/100(1/(1+P32/100))	=P56Q35/100(1/(1+Q32/100))	=Q56R35/100(1/(1+R32/100))	=R56S35/100(1/(1+S32/100))	=S56T35/100(1/(1+T32/100))	=T56U35/100(1/(1+U32/100))	=U56V35/100(1/(1+V32/100))	=V56W35/100(1/(1+W32/100))
	(2.2) Growth effect		=-C56(D23/100)(1/(1+D32/100))	=-D56(E23/100)(1/(1+E32/100))	=-E56(F23/100)(1/(1+F32/100))	=-F56(G23/100)(1/(1+G32/100))	=-G56(H23/100)(1/(1+H32/100))	=-H56(I23/100)(1/(1+I32/100))	=-I56(J23/100)(1/(1+J32/100))	=-J56(K23/100)(1/(1+K32/100))	=-K56(L23/100)(1/(1+L32/100))	=-L56(M23/100)(1/(1+M32/100))	=-M56(N23/100)(1/(1+N32/100))	=-N56(O23/100)(1/(1+O32/100))	=-O56(P23/100)(1/(1+P32/100))	=-P56(Q23/100)(1/(1+Q32/100))	=-Q56(R23/100)(1/(1+R32/100))	=-R56(S23/100)(1/(1+S32/100))	=-S56(T23/100)(1/(1+T32/100))	=-T56(U23/100)(1/(1+U32/100))	=-U56(V23/100)(1/(1+V32/100))	=-V56(W23/100)(1/(1+W32/100))
	(2.3) Inflation effect		=-C56D41/100(1/(1+D41/100))	=-D56E41/100(1/(1+E41/100))	=-E56F41/100(1/(1+F41/100))	=-F56G41/100(1/(1+G41/100))	=-G56H41/100(1/(1+H41/100))	=-H56I41/100(1/(1+I41/100))	=-I56J41/100(1/(1+J41/100))	=-J56K41/100(1/(1+K41/100))	=-K56L41/100(1/(1+L41/100))	=-L56M41/100(1/(1+M41/100))	=-M56N41/100(1/(1+N41/100))	=-N56O41/100(1/(1+O41/100))	=-O56P41/100(1/(1+P41/100))	=-P56Q41/100(1/(1+Q41/100))	=-Q56R41/100(1/(1+R41/100))	=-R56S41/100(1/(1+S41/100))	=-S56T41/100(1/(1+T41/100))	=-T56U41/100(1/(1+U41/100))	=-U56V41/100(1/(1+V41/100))	=-V56W41/100(1/(1+W41/100))
	(2.4) Exchange rate effect linked to the interest rate		='Baseline NFPC'!D70	='Baseline NFPC'!E70	='Baseline NFPC'!F70	='Baseline NFPC'!G70	='Baseline NFPC'!H70	='Baseline NFPC'!I70	='Baseline NFPC'!J70	='Baseline NFPC'!K70	='Baseline NFPC'!L70	='Baseline NFPC'!M70	='Baseline NFPC'!N70	='Baseline NFPC'!O70	='Baseline NFPC'!P70	='Baseline NFPC'!Q70	='Baseline NFPC'!R70	='Baseline NFPC'!S70	='Baseline NFPC'!T70	='Baseline NFPC'!U70	='Baseline NFPC'!V70	='Baseline NFPC'!W70
	(3 ) Stock flow adjustments (3.1 + 3.2)		='Input data'!D16	='Input data'!E16	='Input data'!F16	='Input data'!G16	='Input data'!H16	='Input data'!I16	='Input data'!J16	='Input data'!K16	='Input data'!L16	='Input data'!M16	='Input data'!N16	='Input data'!O16	='Input data'!P16	='Input data'!Q16	='Input data'!R16	='Input data'!S16	='Input data'!T16	='Input data'!U16	='Input data'!V16	='Input data'!W16
	(3.1) Base		=D14	=E14	=F14	=G14	=H14	=I14	=J14	=K14	=L14	=M14	=N14	=O14	=P14	=Q14	=R14	=S14	=T14	=U14	=V14	=W14
	(3.2) Adjustment due to the exchange rate effect linked to debt value		=+D71-D72	=+E71-E72	=+F71-F72	=+G71-G72	=+H71-H72	=+I71-I72	=+J71-J72	=+K71-K72	=+L71-L72	=+M71-M72	=+N71-N72	=+O71-O72	=+P71-P72	=+Q71-Q72	=+R71-R72	=+S71-S72	=+T71-T72	=+U71-U72	=+V71-V72	=+W71-W72

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

	Debt increasing? (For criterion 1)									=IF(K56<J56,0,1)	=IF(L56<K56,0,1)	=IF(M56<L56,0,1)	=IF(N56<M56,0,1)	=IF(O56<N56,0,1)	=IF(P56<O56,0,1)	=IF(Q56<P56,0,1)	=IF(R56<Q56,0,1)	=IF(S56<R56,0,1)	=IF(T56<S56,0,1)	=IF(U56<T56,0,1)	=IF(V56<U56,0,1)	=IF(W56<V56,0,1)

	Debt decomposition and IIR

Download
Coloana 1	Coloana 2	Coloana 3	Coloana 4	Coloana 5	Coloana 6	Coloana 7	Coloana 8	Coloana 9	Coloana 10	Coloana 11	Coloana 12	Coloana 13	Coloana 14	Coloana 15	Coloana 16	Coloana 17	Coloana 18	Coloana 19	Coloana 20	Coloana 21	Coloana 22	Coloana 23	Coloana 24	Coloana 25	Coloana 26	Coloana 27	Coloana 28	Coloana 29	Coloana 30	Coloana 31	Coloana 32	Coloana 33	Coloana 34	Coloana 35	Coloana 36	Coloana 37	Coloana 38	Coloana 39	Coloana 40	Coloana 41	Coloana 42	Coloana 43	Coloana 44	Coloana 45	Coloana 46	Coloana 47	Coloana 48	Coloana 49	Coloana 50	Coloana 51	Coloana 52	Coloana 53	Coloana 54
	Auxiliary variable identifying whether debt is increasing			=IF((E83-D83E42/((1+E23/100)(1+E41/100)))>0,1,0)	=IF((F83-E83F42/((1+F23/100)(1+F41/100)))>0,1,0)	=IF((G83-F83G42/((1+G23/100)(1+G41/100)))>0,1,0)	=IF((H83-G83H42/((1+H23/100)(1+H41/100)))>0,1,0)	=IF((I83-H83I42/((1+I23/100)(1+I41/100)))>0,1,0)	=IF((J83-I83J42/((1+J23/100)(1+J41/100)))>0,1,0)	=IF((K83-J83K42/((1+K23/100)(1+K41/100)))>0,1,0)	=IF((L83-K83L42/((1+L23/100)(1+L41/100)))>0,1,0)	=IF((M83-L83M42/((1+M23/100)(1+M41/100)))>0,1,0)	=IF((N83-M83N42/((1+N23/100)(1+N41/100)))>0,1,0)	=IF((O83-N83O42/((1+O23/100)(1+O41/100)))>0,1,0)	=IF((P83-O83P42/((1+P23/100)(1+P41/100)))>0,1,0)	=IF((Q83-P83Q42/((1+Q23/100)(1+Q41/100)))>0,1,0)	=IF((R83-Q83R42/((1+R23/100)(1+R41/100)))>0,1,0)	=IF((S83-R83S42/((1+S23/100)(1+S41/100)))>0,1,0)	=IF((T83-S83T42/((1+T23/100)(1+T41/100)))>0,1,0)	=IF((U83-T83U42/((1+U23/100)(1+U41/100)))>0,1,0)	=IF((V83-U83V42/((1+V23/100)(1+V41/100)))>0,1,0)	=IF((W83-V83W42/((1+W23/100)(1+W41/100)))>0,1,0)
	Auxiliary variable identifying whether some debt is rolled over even though debt is decreasing			=IF(AND(E79=0,ABS(E83-D83E42/((1+E23/100)(1+E41/100)))<((D89D83E42/((1+E23/100)(1+E41/100))+(E38D83D90E42/((1+E23/100)*(1+E41/100)))))),1,0)	=IF(AND(F79=0,ABS(F83-E83F42/((1+F23/100)(1+F41/100)))<((E89E83F42/((1+F23/100)(1+F41/100))+(F38E83E90F42/((1+F23/100)*(1+F41/100)))))),1,0)	=IF(AND(G79=0,ABS(G83-F83G42/((1+G23/100)(1+G41/100)))<((F89F83G42/((1+G23/100)(1+G41/100))+(G38F83F90G42/((1+G23/100)*(1+G41/100)))))),1,0)	=IF(AND(H79=0,ABS(H83-G83H42/((1+H23/100)(1+H41/100)))<((G89G83H42/((1+H23/100)(1+H41/100))+(H38G83G90H42/((1+H23/100)*(1+H41/100)))))),1,0)	=IF(AND(I79=0,ABS(I83-H83I42/((1+I23/100)(1+I41/100)))<((H89H83I42/((1+I23/100)(1+I41/100))+(I38H83H90I42/((1+I23/100)*(1+I41/100)))))),1,0)	=IF(AND(J79=0,ABS(J83-I83J42/((1+J23/100)(1+J41/100)))<((I89I83J42/((1+J23/100)(1+J41/100))+(J38I83I90J42/((1+J23/100)*(1+J41/100)))))),1,0)	=IF(AND(K79=0,ABS(K83-J83K42/((1+K23/100)(1+K41/100)))<((J89J83K42/((1+K23/100)(1+K41/100))+(K38J83J90K42/((1+K23/100)*(1+K41/100)))))),1,0)	=IF(AND(L79=0,ABS(L83-K83L42/((1+L23/100)(1+L41/100)))<((K89K83L42/((1+L23/100)(1+L41/100))+(L38K83K90L42/((1+L23/100)*(1+L41/100)))))),1,0)	=IF(AND(M79=0,ABS(M83-L83M42/((1+M23/100)(1+M41/100)))<((L89L83M42/((1+M23/100)(1+M41/100))+(M38L83L90M42/((1+M23/100)*(1+M41/100)))))),1,0)	=IF(AND(N79=0,ABS(N83-M83N42/((1+N23/100)(1+N41/100)))<((M89M83N42/((1+N23/100)(1+N41/100))+(N38M83M90N42/((1+N23/100)*(1+N41/100)))))),1,0)	=IF(AND(O79=0,ABS(O83-N83O42/((1+O23/100)(1+O41/100)))<((N89N83O42/((1+O23/100)(1+O41/100))+(O38N83N90O42/((1+O23/100)*(1+O41/100)))))),1,0)	=IF(AND(P79=0,ABS(P83-O83P42/((1+P23/100)(1+P41/100)))<((O89O83P42/((1+P23/100)(1+P41/100))+(P38O83O90P42/((1+P23/100)*(1+P41/100)))))),1,0)	=IF(AND(Q79=0,ABS(Q83-P83Q42/((1+Q23/100)(1+Q41/100)))<((P89P83Q42/((1+Q23/100)(1+Q41/100))+(Q38P83P90Q42/((1+Q23/100)*(1+Q41/100)))))),1,0)	=IF(AND(R79=0,ABS(R83-Q83R42/((1+R23/100)(1+R41/100)))<((Q89Q83R42/((1+R23/100)(1+R41/100))+(R38Q83Q90R42/((1+R23/100)*(1+R41/100)))))),1,0)	=IF(AND(S79=0,ABS(S83-R83S42/((1+S23/100)(1+S41/100)))<((R89R83S42/((1+S23/100)(1+S41/100))+(S38R83R90S42/((1+S23/100)*(1+S41/100)))))),1,0)	=IF(AND(T79=0,ABS(T83-S83T42/((1+T23/100)(1+T41/100)))<((S89S83T42/((1+T23/100)(1+T41/100))+(T38S83S90T42/((1+T23/100)*(1+T41/100)))))),1,0)	=IF(AND(U79=0,ABS(U83-T83U42/((1+U23/100)(1+U41/100)))<((T89T83U42/((1+U23/100)(1+U41/100))+(U38T83T90U42/((1+U23/100)*(1+U41/100)))))),1,0)	=IF(AND(V79=0,ABS(V83-U83V42/((1+V23/100)(1+V41/100)))<((U89U83V42/((1+V23/100)(1+V41/100))+(V38U83U90V42/((1+V23/100)*(1+V41/100)))))),1,0)	=IF(AND(W79=0,ABS(W83-V83W42/((1+W23/100)(1+W41/100)))<((V89V83W42/((1+W23/100)(1+W41/100))+(W38V83V90W42/((1+W23/100)*(1+W41/100)))))),1,0)

Coloanele sunt separate în sursă; anteturile nu sunt confirmate.

Valorile și formulările aparțin documentului citat. Data preluării nu reprezintă perioada datelor sau data publicării de către instituție.

Identificarea exactă a documentului colectat

Amprenta SHA-256 permite identificarea versiunii preluate.

fd31788b7e6a576eb7e55af6f002c6c6d39ebc4d975283a44dd5aad4edf34051