1. , (1.10), . 1.2. , , . 3 .
2. . .1 (. . 2) g . 1.2. (1.9) (1.8) e , .1.2.
3. e (e) .
4. , (1.11), .
5. I 1 I 2, .
2.
, . , ( ):
| W 0 W = A . | (1.12) |
W 0 ( t = 0);
W t > 0;
A , t.
m I ( ). , h:
| W 0 = mgh. | (1.13) |
 ,
| (1.14) |
u , w t. .
,
 ,
| (1.15) |
j .
j =  .
| (1.16) |
, :
A =  .
| (1.17) |
: h R, .
1. ( ) , , , ( !) . 1.3. !
1.3
| h = | m = | g = /c2 | ||||||||
| I | u | ω | W 0 | W | DW | A | ||||
2. . 1.2 (u) (w) .
|
|
|
3. I , 1.
4. . 1.3 W 0 W , DW .
5. , .
6. , .
1. : , , , , . .
2. ?
3. .
4. , ?
5. ? ? ?
6. ? ?
7. .
8. 
. 1.1?
9. ? ?
10. (1.10) , .
11. M = f (e) (1.10). , 
M .
12. ?
13. ?
