.
1. , , , .
2. , , ( ).
3. , , .
4. ( ).
5. , , 1.3. w, . . , , . , (, ), ; ( ), .
6. , , 1.2 . , , .3.5.
. 3.5.
7. . . , , , . - , , ..
( ) ( 1.2 ).
= w ,
.
8. , .6, , .7.
|
|
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9. w = f (t) I = f (t) = f (t) = f (t) . . ( ) . , , dw / dt = nst, (L = 0). , .
, .5, t , t t t , . , , ,
= + £ , (3.37)
, ;
= J (dw / dt) ;
J = J + J + J - , , 1.3;
J ;
J, J ;
.
() , = 0.
, (3.37)
+ J (w / t) £ , (3.38)
w ( );
t .
t ³ J w / ( ). (3.39)
. , ( , ) . I = f(t), = f(t) = f(t).
= + . (3.40)
, , .
= J (w - w) / t, (3.41)
w , .
, , , , -, , , , .
I = f(t) = f(t) :
I = / ,
= w.
|
|
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, , = 0
= . (3.42)
dw / dt = 0 = 0
= . (3.43)
.
(3.40), (3.42) (3.43) .
, - , , , . , t = 0. .
, , , , , .3.6.
.3.6.
10. ( ).
11. - %.
12. , %.
I £ I
£ (3.44)
£
.
13. , , , .
< , (3.45)
.
14. (3.44), (3.45) , .
