3
2012
1.
1. . (. 1 . 1 ) . :
D = Kn,
= 100 ;
n .
) )
D = D =
. 1. ,
. ( ) , . 2. .
2. (H) (. 3). :
2.1. D (. . 3) , , , D .
2.2. ν (. . 3) , , , D l = 1.5 (. . 3).
. 3.
2.3. (. 1). . 1 h′ (. . 3) h (. . 3) :
h = h + i l.
h′j ;
D j - (, , , D, E);
nj j - (, , , D, E);
hj j - (, , , D, E) ( );
i ( );
l ;
2.4. H(,,D,) (. . 3) H() = 100,00 . :
H = H() - h
H,,D,E = + hj
H ( ).
1
- | - -, D, | - - l, | - | n= | , | , | ||
h′, | h, | |||||||
100,000 | ||||||||
B | ||||||||
C | ||||||||
D | ||||||||
E |
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2
1. -3. (. 4) .
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
. 4. 3
) ,
)
2. . (n) , . 5 . 5 .
) )
n = n =
. 5.
3. , . 6.
2
1. ,,,D (. 2)
1.1. ( )
2. (. 7) (A, B, C, D, E) . (. 2).
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