8254445000

15

			R =	1500 m. b.
ii + >2	L	h	>1 + >2	1 | L	h	■i + >2	L	h
2			2			2
		w m		e t r	a c	h
0.0380	114.00	1.083	0.0420	126.00	1.323	0.0460	138.00	1.587
382	114.60	1.094	422	126.60	1.336	462	138 60	1.601
384	115.20	1.106	424	127.20	1.348	464	139.20	1.615
386	115.80	1.117	426	127.80	1.361	466	139.80	1.629
388	116.40	1.129	428	128.40	1.374	468	140.40	1.643
0.0390	117.00	1 141	0.0430	129 00	1.387	0.0470	141.00	1.657
392	117.60	1.152	432	129.60	1.400	472	141.60	1.671
394	118 20 |	1.164	434	130.20	1.413	474	142.20	1.685
396	118.80	1.176	436	130.80	1.426	476	142.80	1.700
398	119.40	1.188	438	131.40	1.439	478	143.40	1.714
0.0400	12000	1.200	0.0440	132.00	1.452	0.0480	144.CO	1.728
402	120.60	1.212	442	132.60	1.465	482	144.60	1.742
404	121.20	1.224	444	133.20	1.479	484	145.20	1.757
405	121.80	1.236	446	133.80	1.492	486	145.80	1.771
408	122.40	1.249	448	134.40	1.505	488	146.40	1.786
0 0410	123.00	1.261	0.0450	135.00	1.519	0.0490	147.00	1.801
412	123.60	1.273	452	135-60	1.532	492	147.60	1.815
414	124.20	1.285	454	136.20	1.546	494	148.20	1 830
416	124.80	1.298	456	136.80	1.560	496	148.80	1.845
418	125.40	1.310	458	137.40	1.573	498	149.40	1.860
						0.0500	150.00	1.875

Należy objaśnić, żeJj¹_jest algebraiczna sumą obu spadków zało-

2

mów i dla orjentacji rys. 5, 6, 7 i 8 wyjaśnia, że