49111 str!8

Tablica IV

Tyczenie klotoidy metodą biegunową ze stanowiska /= 1,000

l	*	1	l	a^9	0 , „
1,700	27,44 12	24 41 49	4,73°	28,84 29	25 57 31
1,701	27,48 77	24 44 20	4,73*	28,89 oo	26 OO 03
1,702	27,53 44	24 46 54	1,732	28,93 70	26 02 36
1,703	27,58 06	24 49 21	1,733	28,98 41	26 05 08
1,704	27,62 71	24 S 4 52	1,734	29,03 12	26 07 41
i,7°5	27,67 36	24 54 22	1,735	29,07 82	26 IO 13
1,706	27,72 Ol	24 56 53	1,738	29,12 54	26 12 46
1,707	27,76 67	24 59 24	1,737	29,17 26	26 15 19
1,708	27,81 33	25 01 55	1,738	29,21 98	26 17 52
1,709	27,85 99	25 04 26	> ,739	29,26 69	26 20 25
1,710	27,90 64	25 06 57	4,740	29,3141	26 22 58
1,711	27,95 34	25 09 28	1,741	29,36 14	26 25 31
1,712	27,99 98	25 11 59	4,742	29,40 86	26 28 04
I,7i3	28,04 65	25 44 34	1,743	29,45 59	26 30 37
«,7i4	28,09 31	25 17 02	1,744	29,50 31	26 33 11
1,745	28.13 08	25 19 33	1,745	29,55 04	26 35 44
1,716	28,18 66	25 22 05	1,746	29,59 77	26 38 17
i,7i7	28,23 34	25 24 36	4,747	29,64 Si	26 40 51
I,7l8	28,28 or	25 27 08	4,748	29,69 25	26 43 24
1,719	28,32 69	25 29 39	4,749	29,73 99	26 45 58
1,720	28,37 37	25 32 11	4,750	29,78 72	26 48 31
1,721	28,42 06	25 34 43	i,7Si	29,83 47	26 51 04
1,722	28,46 74	25 37 14	4,752	29,88 21	26 53 38
i,723	28,54 43	25 39 46	1,753	29,92 96	26 56 12
4,724	28,56 12	25 42 18	1,754	29,97 71	26 58 46
4,725	28,60 80	25 44 50	4,755	30,02 45	27 01 19
4,726	28,65 50	25 47 22	1,756	30,07 21	27 °3 54
1,727	28,70 20	25 49 54	4,757	30,11 96	27 06 28
4,728	28,74 89	25 52 27	1,758	30,16 72	27 09 02
1,729	28,79 59	25 54 59	1,759	30,21 48	27 H 36
1,730	28,84 29	25 57 34	1,760	30,26 23	27 14 IO

Tablica IV

Tyczenie klotoidy metodą biegunową ze stanowiska / r,ooo

/	ao		/
1,760	30,26 23	27 14 IO	1,790	31,69 93	28 31 46
1,701	30,31 00	27 16 44	1,791	31.74 75	28 34 22
1,762	30,35 76	27 19 19	i ,792	31,79 58	28 36 58
>,763	30,40 53	27 21 53	1.793	31.84 40	28 39 33
1,764	30,45 29	27 24 28	t.794	31,89 22	28 42 11
1,765	30,50 06	27 27 02	1,795	3 * ,94 °5	28 44 47
1,766	30,54 84	27 29 37	1.7961	31,98 88	28 47 24
1,767	30,59 61	27 32 11	1.797	32,03 71	28 50 OO
1,768	30,64 39	27 34 46	i .798	32,08 54	28 52 37
1,769	30,69 16	27 37 21	1.799	32,13 38	28 55 14
1,770	30,73 94	27 39 56	1.800	32,18 21	28 57 50
1,771	30,78 72	27 42 31	1,8oi	32,23 06	29 OO 27
1,772	30,83 51	27 43 06	1,802	32,27 90	29 03 04
1,773	30,88 29	27 47 41	1,803	32.32 74	29 05 41
1,774	30,93 08	27 50 16	1,804	32,37 59	29 08 18
1.773	30,97 87	27 52 51	> ,805	32,42 43	29 10 55
1.770	31,02 66	27 33 26	1,806	32,47 28	29 13 32
1,777	31,07 45	27 58 ot	1,807	32,52 13	29 16 09
I.77S	31,12 25	28 00 37	1 ,Ko8	32,56 90	29 x8 46
i,779	31,17 04	28 03 12	1,809	32,61 84	29 21 24
I ,7«SO	31,21 84	28 05 47	I ,8lO	32,66 69	29 24 Ol
1,781	31,26 64	28 08 23	t,811	32,71 55	29 26 38
1,782	31,31 44	28 10 59	1,812	32,76 42	29 29 16
1,783	31,36 25	28 13 34	1,813	32,81 28	29 3i 53
I J84	31,41 °5	28 16 xo	I .8l4	32,86 14	29 34 3^1
1,785	31,45 86	28 l8 46	1,815	32,<)I OO	29 37 °8
1,786	31,50 67	28 21 22	I ,8l6	32,95 87	29 39 46
1,787	31.55 49	28 23 58	I ,8l7	33,oo 74	29 42 24
1,7.88	31,60 30	28 26 34	I ,8l8	33,05 62	29 45 02
1,789	31,65 i*	28 29 10	1,819	33.10 49	29 47 40
1,790	31,69 93	28 31 46	1,820	33,‘S 36	29 50 18

28*

435