land banking and transfer
TRANSCRIPT
2004 /
1
...............................................................................2
1.................................................................................................................3 1.1 ........................................................................................................3 1.2 .....................................................................3 1.3. ......................................................................3 1.4 .......................................................................4 2. ......................................................................................5 2.1 .................................................................5 2.2 .............................................................6 3. .........................7 3.1 ...............................................7 3.2. ..........................................8 3.3. .........................................................................................................12 5. ...........................................................................47
2
1. 1.1 = vK< vMu< a S_
1.2 u2012 .U =e uv }T }T MT :: 1.3. ue uv }T ? T S_ p`x uS KA= } S_ v un e` uS` M H K=yeS }S^ J }T T[::
3
1.4 (Cost recovery) (efficiency) ; WRT FT; owG Y oYR ? G@o| pq oz / M
4
2. 2.1
S_ M +U p`x ?
K= cvcw +U
?
K=
cvcw ? +U
5
2.2 1. 2. 3. 4. // 5. // 6.
7. 8. 9. 10. /
6
3. 3.1 600 / 0.3 / 100 / 2- 914.4./ 166 / 0.1 / 18 / 30 / 600 / 0.3 / 1. 866.3 / 100 / 166 / 3700 200 / 2- 118 / 0.4 / ; / 118 / 196 / 50 / 100 / 0.3 / ; 100 / 166 / 1- 358.75 / 253.75 / 105./
7
2- 250 0.63 1 3- 253.75 / 4. 2.08
250 0.63 1 2004 490 / 253.75 / 2.08
3.2. MKA MKA SK 1. 2. ; 8 }M T>wl K=[eu T>K [ 600 H@/` 85 U
266.3 H@/` 85
MKA
MKA SK
}M T>wl
K=[eu T>K [
U
48.1 H@@/` 85
3.
uun< e}TT u}uk< x
85uS 4. KT }SKc)
(600 uSe UT 266.3
866.3 H@/` 5. ; uS[< e}TT u}K< x 6. ; ue}TT SSKc< u}SKc< x 7. 9 85 uS 118-H@/` uSe UT uS[ Uv 85uS 100 H@/` 3000 l`253.8H@/` uSw u}^ Sp uSe UT uS[ Uv
MKA
MKA SK -
}M T>wl
K=[eu T>K [ u15 SK [ K 450l`0.375H@/`
U
uSw Sp
u}M
9. 360 0.3
360l`0.3H@/` u60 SS< c S[ cvcw & vup nkU K=c= T Tp ( 2 ) uS[ i T>S< c S[ cvcw & vup nkU TM T Tp ( 2 )
e e KSU S~ KA KSU 10 10 10
[ 1 [ 2 [ 3
80 80 40 440 440
u\w S
4 440 1 332 332 332
1 4 13 317 0 4 16 48 80 280 0 52
2. 1 12 14
1 12
16 4 20
16 48 80 280
4 4
70
MKA
3.9
4 4 4 4 4 4 4
e e KSU S~ KA KSU 4 16 16 32 40 172 8 24 16 64 128 160 688 32 96 64 128
[ 1 [ 2 [ 3
16 64 128 160 688 32 96 64 128 64 32 120 120 72
4 4 4 4 1 3 3 32 64 16 32 8 80 40 40 24 120 72
15
MKA
3 3 3 3 3 3 3
e e KSU S~ KA KSU 360 120 8 60 16 40 48 16 8 32 24 96 52 24 180 48 120
[ 1 [ 2 [ 3
360 24 180 48 120 48 24 96 52 316 0 0 36 40 52 52 26 911 0 144
3 4 13
12 3 10 13 4 4
36 40 52
384 7620 16
MKA
1 12
e e KSU S~ KA KSU 16 4 16 16 48 64
[ 1 [ 2 [ 3
18. 11.1
1 12 4
0 16 48 64
16 24
8 1 8 8 40 8 15 mn 3000 8 8 750 750 187 64 8 320 320 40 4 80 32 640 32 640 4 80 2 496 16 496 16 496 8 40
S_ v Sw& ^[ c` S` (S}u`) S[w /
17
MKA
8
e e KSU S~ KA KSU 2 16
[ 1 [ 2 [ 3
16
8 0 8 24
19.
1 12
1 12 3
16 4 16
16 48 48
246 415 2 16 16 48 48 48
15 mn / 48.1 2 / 48.1 1 48.1/8 48 6.01 96.2 96. 2 96.2 12 12 12 24 1.5
/ /
48.1/8 48.1
2
96.2
96. 2
48
18
MKA
/
e e KSU S~ KA KSU 2 96.2
[ 1 [ 2 [ 3
96. 2
12
48.1 4 13 464 318 .6 16 16 48 48 24 104 8 24 52 52 26 52
20. ;
/
1 12
1 12 3
16 4 16
16 48 48
15 mn / / 266.3 1 266.3 1 / / 266.3 266.3 266.3 266 266. 3 266 266 266 67 67 35
30 mn
133
133
33
19
MKA
/ /
266.3
e e KSU S~ KA KSU 1 266 1 266
[ 1 [ 2 [ 3
266 266
266 266 36
266.3 4 13 116 1224 2 16 16 48 48 48 386 8 24 52 52 52 52
21. 20
1 12
1 12 3
16 4 16
16 48 48
/ / / / 4
866.3 866.3/8 866.3/8 866.3/8 48 12
30 mn 4 3 30 mn 5 5
433 433 325 54 240 60
433 433 325
433 433 325 54 240 60
27 96
MKA
/
12 866.3/8
e e KSU S~ KA KSU 10 mn 2 10 mn 18 2 24 96
[ 1 [ 2 [ 3
2 18 24 96 6 24 96 1 16 36 24 16 12 48
12 4 24 45 mn 8 16 1 16 8 4 16 16 64 16 64 128 128 16 16
4 4 13 170 1894 5 16 16 267 8 52 52 52 52
22. 21
1
1
16
16
MKA
1 12 3
e e KSU S~ KA KSU 4 48 12 36
[ 1 [ 2 [ 3
48 36
48
48
4 4 4
15 mn 12 3 10 mn 2 1
1 48 12 539
1 48 12 404 8 4 3
1 12
202 32 4 1 270 4
/ 1 22 / 1
3237 1 1 4 4 4 3237
45 mn 5 mn 4 269 32 128 128 32 128 128
269 4 16 32
13 16 8 8 16
MKA
e e KSU S~ KA KSU 4 32 192
[ 1 [ 2 [ 3
32 192
4 32 8
8 24 8 4 13 620 867 551 226 8 24 186 123 16 16 48 48 48 52 52 26 13
24. ;
; / ; / ; /
1 12
1 12 3
16 4 16
16 48 48
8 314.4/8 2 314.4 314
314.4 628 628
314.4
78 314
30 mn
157
157
39
39
23
MKA
;
e e KSU S~ KA KSU
[ 1 [ 2 [ 3
4 8 8 1 4 8 16 45 mn 16
32
32 6 1 16 32 16
16 32 128
16 32 128
8 4 52 52 26 13
13 116 508 3 16 16 48 48 48 476 8 24
25. ; 24
1 1 12 12 3
16 4 16
16 48 48
MKA
;
e e KSU S~ KA KSU 2 532
[ 1 [ 2 [ 3
532
266
266
/ 15 15 15 15 / 15
266.3/8 16 1 30 mn 26 30 mn 8 1 26 1 26 26 12 12 13 4 12 26 2 48 52 48 52 3 4 45 mn 2 26 78 48 26 78 26 78 52 52 48 26 13 26 26 4 4 13 13 13 13 16 8 16 8
36
9 36
9 36
36
25
MKA
8 1
e e KSU S~ KA KSU 45 mn 8 4 8 32 2 64
[ 1 [ 2 [ 3
6 8 32 2 64
1 8 32 2 16
8 10 mn 12 8
8 4 13 103 619 9 16 16 48 48 48 602 52 52 26 13
1 26. 12 15 26
1 12 3
16 4 16
16 48 48
16 12 24 30 mn
192 4
192 4
MKA
15 15 15 15 15 15 3 15 15
24 24 3000
e e KSU S~ KA KSU 4 96 3 72 15 mn 750 8 192
[ 1 [ 2 [ 3
96 72 750 192 576 24 24 261 72 96 192 96 48 24 750 150 0 250 100 288
24 24 24 1 24 24X3 261 24 24 24 24 24 24 3000 3000 3000 3000 4 1 3 4 8 4 2 1 15 mn 30 mn 5 mn 20 mn
12
750 1500 250 1000
27
MKA
e e KSU S~ KA KSU 1 3000 1000 1500
[ 1 [ 2 [ 3
3000 20 mn 3000 3000 MT> 2.08 u=K= 30 mn
0 100 0 100 0 750
3000
1500
5 mn 3000 4 24 4 13
250
250
96 52
96 52 26 0
27. 28
1 1 12 12 3
16 4 16
16 48 48
947 4890 9 16 16 48 48 48
MKA
14 16 / 14 16 14 16 678 10 14 16 678 10
230 230 230 230 230 230 230 230 230 230 230 230
e e KSU S~ KA KSU 5 mn 19 20 mn 77 8 30 1 1 20 mn 15 mn 30 mn 40 mn 2 ---1840 115 230 230 76 57 115 153 460
[ 1 [ 2 [ 3
19 77 184 0 115 230 230 230 76 57 115 153 460 195 4097 230
230
1
230
230
690
29
MKA
230 230 230
e e KSU S~ KA KSU 15 mn 57 30 mn 20 mn 115 76
[ 1 [ 2 [ 3
57 115 76
230
20 mn 4
76 52
76 52 26 0
13 428 5337 5 16 16 48 48 48
28. 30
1 12
1 12 3
16 4 16
16 48 48
367 367 367 367
10 mn 20 mn 3 45
61 122 1101 275.2 5
61 122 110 1 275
MKA
14 16 /
367 367 367 367 367 367 367 367 367
e e KSU S~ KA KSU 40 mn 244 1 10m 30m 30m 2 2 15 mn 45 mn 367 61 183.5 183 734 734 91 275.2 5 91 52
[ 1 [ 2 [ 3
244 367 61 183 .5 183 734 734 91 275 .25 91 52
244 367
137
367
15 4
26 0
13 468 838 7 16 16
29.
1
1
16
16
31
MKA
12 12 3 3000 3000 / 3000 450
e e KSU S~ KA KSU 4 48 16 48
[ 1 [ 2 [ 3
48 48
36
20 m 1
1000 3000
100 0 300 0 150 0
750 1500
30m
1500
375
3
900
900
112.5
1
450
135 0
112.5
32
MKA
450 ( ) 12 2 24 8 1
e e KSU S~ KA KSU 45m 337.5
[ 1 [ 2 [ 3
337 .5 48 384 6 16 384 2 128
42.2
4 16 45m 16 4
48 384 6 16 32 2 128
24 96 45 16 48 2 16
8X12 10m 12 16 8 4 13 922 3172 0 0 52 52 26
33
4. [ c < w 1.TM XVIII 1 / u=. .?e.& u?M. .?e }T UI& u`v T@S
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